
E&OE © 2023 Baumr-AG
User Manual
[Revision 4.0 December 2023]
READ THIS MANUAL CAREFULLY BEFORE USE – FAILURE TO DO SO MAY RESULT IN INJURY, PROPERTY DAMAGE
AND MAY VOID WARRANTY. • KEEP THIS MANUAL FOR FUTURE REFERENCE. • Products covered by this manual may
vary in appearance, assembly, inclusions, specifications, description and packaging.

Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 2
Safety
Safety messages are designed to alert you to possible dangers or hazards that could cause death, injury or
equipment or property damage if not understood or followed. Safety messages have the following symbols:
You WILL be KILLED or
SERIOUSLY INJURED if you do
not follow instructions.
You CAN be KILLED or
SERIOUSLY INJURED if you do
not follow instructions.
You CAN be INJURED if you do
not follow instructions or equipment
damage may occur.
It is vital that you read and understand this
user manual before using the product,
including safety warnings, and any assembly
and operating instructions. Keep the manual
for future reference.
Safety precautions and recommendations
detailed here must be fully understood and
followed to reduce the risk of injury, fire,
explosion, electrical hazard, and/or property
damage.
Safety information presented here is generic
in nature – some advice may not be
applicable to every product. The term
"equipment" refers to the product, be it
electrical mains powered, battery powered or
combustion engine powered.
• Before Use - If you are not familiar with the
safe operation/handling of the equipment or
are in any way unsure of any aspect of
suitability or correct use for your
application, you should complete training
conducted by a person or organization
qualified in safe use and operation of this
equipment, including fuel/electrical handling
and safety.
• Do NOT operate the equipment in
flammable or explosive environments, such
as in the presence of flammable liquids,
gases or dust. The equipment may create
sparks or heat that may ignite flammable
substances.
• Keep clear of moving parts.
• Equipment may be a potential source of
electric shock or injury if misused.
• Do NOT operate the equipment if it is
damaged, malfunctioning or is in an
excessively worn state.
• Do NOT allow others to use the equipment
unless they have read this manual and are
adequately trained.
• Keep packaging away from children - risk
of suffocation! Operators must use the
equipment correctly. When using the
equipment, consider conditions and pay
due care to persons and property.
General Work Area Safety
•
Work areas should be clean and well it.
• Do not operate the equipment if
bystanders, animals etc are within
operating range of the equipment or the
general work area.
• If devices are provided for connecting dust
extraction / collection facilities, ensure
these are connected and used properly.
Dust collection can reduce dust-related
hazards.
General Personal Safety
•
Wear appropriate protective equipment
when operating, servicing, or when in the
operating area of the equipment to help
protect from eye and ear injury, poisoning,
burns, cutting and crush injuries. Protective
equipment such as safety goggles,
respirators, non-slip safety footwear, hard
hat, hearing protection etc should be used
for appropriate equipment / conditions.
Other people nearby should also wear
appropriate personal protective equipment.
Do not wear loose clothing or jewellery,
which can be caught in moving parts. Keep
hair and clothing away from the equipment.
• Stay alert and use common sense when
operating the equipment. Do not over-
reach. Always maintain secure footing and
balance.
• Do not use the equipment if tired or under
the influence of drugs, alcohol or
medication.
• This equipment is not intended for use by
persons with reduced physical, sensory or
mental capabilities.
General Fuel Safety
•
Petrol/fuel/gasoline is extremely flammable
– keep clear of naked flames or other
ignition sources.
• Do not spill fuel. If you spill fuel, wipe it off
the equipment immediately – if fuel gets on
your clothing, change clothing.
• Do NOT smoke near fuel or when
refuelling.
• Always shut off the engine before
refuelling.
• Do NOT refuel a hot engine.
• Open the fuel cap carefully to allow any
pressure build-up in the tank to release
slowly.
• Always refuel in well ventilated areas.
• Always check for fuel leakage. If fuel
leakage is found, do not start or run the
engine until all leaks are fixed.
General Carbon-Monoxide Safety
•
Using a combustion engine indoors CAN
KILL IN MINUTES. Engine exhaust
contains carbon-monoxide – a poison you
cannot smell or see.
• Use combustion engines OUTSIDE only,
and far away from windows, doors and
vents.
General Equipment Use and Care
•
The equipment is designed for domestic
use only.
• Handle the equipment safely and carefully.
• Before use, inspect the equipment for
misalignment or binding of moving parts,
loose components, damage or any other
condition that may affect its operation. If
damaged, have the equipment repaired by
an authorised service centre or technician
before use.
• Prevent unintentional starting of the
equipment - ensure equipment and power
switches are in the OFF position before
connecting or moving equipment. Do not
carry equipment with hands or fingers
touching any controls. Remove any tools or
other items that are not a part of the
equipment from it before starting or
switching on.
• Do not force the equipment. Use the
correct equipment for your application.
Equipment will perform better and be safer
when used within its design and usage
parameters.
• Use the equipment and accessories etc. in
accordance with these instructions,
considering working conditions and the
work to be performed. Using the equipment
for operations different from those intended
could result in hazardous situations.
• Always keep equipment components
(engines, hoses, handles, controls, frames,
housings, guards etc) and accessories
(cutting tools, nozzles, bits etc) properly
maintained. Keep the equipment clean and,
where applicable, properly lubricated.
• Store the equipment out of reach of
children or untrained persons. To avoid
burns or fire hazards, let the equipment
cool completely before transporting or
storing. Never place or store the equipment
near flammable materials, combustible
gases or liquids etc.
• The equipment is not weather-proof, and
should not be stored in direct sunlight, at
high ambient temperatures or locations that
are damp or humid.
• Do not clean equipment with solvents,
flammable liquids or harsh abrasives.
• For specific equipment safety use and care,
see Equipment Safety.
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Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 3
General Electrical Safety
•
Inspect electrical equipment, extension
cords, power bars, and electrical fittings for
damage or wear before each use. Repair or
replace damaged equipment immediately.
• Ensure all power sources conform to
equipment voltage requirements and are
disconnected before connecting or
disconnecting equipment.
• When wiring electrically powered
equipment, follow all electrical and safety
codes.
• Always use a Residual Current Device
(RCD) (GFCI) / Earth Leakage Circuit
Breaker / Safety Switch when operating this
item (electrical items only).
• High voltage / high current power lines may
be present. Use extreme caution to avoid
contact or interference with power lines.
Electrical shock can be fatal.
General Electrical Safety
•
Electrically grounded equipment must have
an approved cord and plug and be
connected to a grounded electrical outlet.
• Do NOT bypass the ON/OFF switch and
operate equipment by connecting and
disconnecting the electrical cord.
• Do NOT use equipment that has exposed
wiring, damaged switches, covers or
guards.
• Do NOT use electrical equipment in wet
conditions or in damp locations.
• Do NOT use electrical cords to lift, move or
carry equipment.
• Do NOT coil or knot electrical cords, and
ensure electrical cords are not trip hazards.
General Service Information
•
The equipment must be serviced or
repaired at authorised service centres by
qualified personnel only.
• Replacement parts must be original
equipment manufacturer (OEM) to ensure
equipment safety is maintained.
• Do NOT attempt any maintenance or repair
work not described in this manual.
• After use, the equipment and components
may still be hot – allow the equipment to
cool and disconnect spark plugs and/or
electrical power sources and/or batteries
from it before adjusting, changing
accessories or performing repair or
maintenance.
• Do NOT adjust while the equipment is
running.
• Perform service related activities in suitable
conditions, such as a workshop.
• Replace worn, damaged or missing
warning/safety labels immediately.
Mill Drill General Safety
This machine is designed for drilling, deep milling and face milling of small work pieces with size limitations of 300x200x200mm. If the operator
i
ntends to use this machine beyond its intended design/purpose, please contact the manufacturer or your dealer before operation.
Do not use the mill drill if you intend to operate it:
• Without reading the manual.
• Without any professional training of drilling and milling.
• Beyond its intended design/purpose and without getting enough advice about safety from manufacturer.
• Without making sure that every safety precaution is followed.
Important Safety Information:
• Noise level during operation is 70 – 75dB(A).
• Temperature range to operate and store this machine should be between -20 to 40°C.
• WARNING! After interruption due to power failure, it’s possible that the machine will accidentally start up. Please turn OFF the machine as soon
as a power failure occurs.
• WARNING! Always wear approved eye protection during operation.
Correct Handling:
• The machine is quite heavy. It would be better to carry this machine with the help of an appropriate lifting tool.
• If the operator has to handle this machine without any lifting tools, ensure that the operator can comfortably carry its weight and handle it with
care while practicing common sense and self-protection.
WARNING! When using electric tools, basic safety precautions should always be followed to reduce the risk of fire, electric shocks and personal
injuries. Read all these instructions before operating this product and save these instructions.
• Keep work area clean. Cluttered areas and benches invite injuries.
• Consider work area environment. Do not expose power outlet to rain or moisture. Do not use power tools in damp or wet locations. Keep work
area well lit. Do not use power tools where there is risk of causing a fire or explosion.
• Guard against electric shock. Avoid bodily contact with earthed or grounded surfaces (e.g. pipes, radiators, ranges, refrigerators, etc.)
• Keep children away. Do not let visitors touch the tool or extension cord. All visitors should be kept away from the work area.
• Store idle tools. When not in use, tools should be stored in a dry, high or locked-up place, out of reach of children.
• Do not force the tools. It will do the job better and safer at the rate for which it was intended.
• Use the right tools. Do not force small tools or attachments to do the job of a heavy-duty tool. Do not use tools for purposes not intended; for
example, do not use circular saws to cut tree limbs or logs.
• Dress properly. Do not wear loose clothing or jewellery, they can get caught in moving parts. Rubber gloves and non-skid footwear are
recommended when working outdoors. Wear protective hair covering to contain long hair.
• Use safety glasses. Also use face or dust mask if the cutting operation is dusty.
• Connect a dust extraction equipment. If devices are provided for the connection of extraction and collection facilities, ensure these are connected
and properly used.
• Do not abuse the cord. Never carry the tool by cord or yank it to disconnect it from the socket. Keep the cord away from heat, oil and sharp
edges.
• Secure work. Use a clamp or a vise to hold down the work. Once it’s fixed securely, you can then use both hands to operate the machine.
• Do not overreach. Always keep proper footing and balance.
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Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 4
• Maintain tools with care. Keep cutting tool sharp and clean for better and safer performance. Follow instructions for lubrication and changing
accessories. Inspect tool cord periodically and if damaged have it repaired by an authorised serviced facility. Inspect extension cords periodically
and replace, if damaged Keep handle dry, clean and free from oil and grease.
• Disconnect tools. When not in use, before servicing and when changing accessories such as blade, bits and cutters.
• Remove adjusting keys and wrenches. Form the habit of checking to see that keys and adjusting wrenches are removed from the tool before
turning it on.
• Avoid unintentional starting. Do not carry a plugged-in tool with a finger on the switch. Ensure switch. Ensure switch is OFF when plugging in.
• Use outdoor extension leads. When tool is used outdoors, use only extension cords intended for outdoor use.
• Stay alert. Watch what you are doing. Use common sense. Do not operate tool when you are tired. Check damaged parts. Before further use of
the tool, a guard or other part that is damaged should be carefully checked to determine that it will operate properly and perfom1 its intended
function. Check for alignment of moving parts, free running of moving parts, breakage of parts, mounting and any other conditions that may affect
its operation, guard or other part that is damaged should be properly repaired or replaced by an authorised service centre unless otherwise
indicated in this instruction manual. Have defective switches replaced by an authorised service facility. Do not use the tool if the switch does not
turn it ON and OFF.
• Warning. The use of any accessory or attachment, other than those recommended in this instruction manual, may present a risk of personal
injury.
• Have your tool repaired by a qualified person. -This electric tool is in accordance with the relevant safety requirements. Repairs should only be
carried out by qualified persons using original spare parts, otherwise this may result in considerable danger to the user.
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Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 5
Safety Symbols
The product may have safety warning labels attached to it, explained below. Understand the symbols on your
product and their meanings. If any stickers become unreadable, unattached etc., replace them.
Flammable Material Hazard
Flammable liquids, gases or
substances etc may present.
Avoid ignition sources and open
flames. Danger of fire.
Read User Manual
Read and fully understand
product safety warnings,
operation, procedures etc before
using the product.
Use Hand Protection
Wear appropriate hand protection
and take due care as the product
or use of the product may present
hand hazards.
Carbon-Monoxide Hazard
Do not use the product in
confined areas or without
adequate ventilation. Carbon-
monoxide poisoning can be fatal.
Electrocution / Electrical Shock
Hazard
High voltage or high current
electricity may be present or
required by the product. Take
due care when handling electrical
products, cables, plugs and
leads. Electrical shock can be
fatal.
Toxic Fumes / Dust Hazard
Using the product or by-products
from use may produce fumes,
smoke or particles that could be
harmful if inhaled. Wear
appropriate breathing protection
and have adequate ventilation.
Explosive Material Hazard
Combustible liquids, gases or
substances etc may be present.
Avoid ignition sources and open
flames. Danger of explosion.
Cutting / Amputation Hazard
The product may have blades,
edges or mechanical devices that
can cause severe cut injury to
fingers, limbs etc. Take due care
when handling and using the
product.
Crush Hazard
The product may have blades,
edges or mechanical devices that
can cause severe crush injury to
fingers, limbs etc. Take due care
when handling and using the
product.
Single Operator Only
The product must be operated by
a single person only. More than
one person operating the product
may introduce additional hazards.
Use Face Protection
Wear appropriate full-face
protection and take due care as
the product or use of the product
may present face and eye
hazards.
Use Foot Protection
Wear appropriate foot protection
and take due care as the product
or use of the product may present
foot hazards.
Use Eye / Ear / Head Protection
Wear appropriate eye and / or
ear and / or head protection and
take due care as the product or
use of the product may present
eye, hearing and head hazards.
Running Hazard
Do not run on or near the product
as doing so may present a fall
hazard.
Diving Hazard
Do not dive into the product as
doing so may present a neck /
head injury hazard.
Adult Supervision Required
Always supervise children and
other users of a product to
prevent drowning or injury.
Skin Penetration / Puncture
Hazard
The product may produce
pressure, emit liquids or objects
that can cause severe injury to
fingers, limbs, blood etc. Take
due care when handling and
using the product.
Hot Surface Hazard
Be aware that the product may
produce high temperatures and
hot surfaces that can cause burn
injuries.
Flying Debris Hazard
Be aware that the product or use
of the product may present
hazards produced by flying
debris. Wear appropriate clothing
and protective devices.
Moving Parts Hazard
Be aware that the product
contains or uses mechanical
devices that move or rotate.
Always wait for moving parts to
stop fully before handling the
product, adjusting, maintenance
etc.
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Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 6
Carbon-Monoxide Hazard
Do not use the product in
confined areas or without
adequate ventilation. Carbon-
monoxide poisoning can be fatal.
Pull Hazard
Be aware that the product
contains or uses mechanical
devices that can pull in objects
and can cause severe injury to
fingers, limbs etc. Take due care
when handling and using the
product.
Slope / Fall Injury Hazard
Be aware that using the product
on sloping surfaces or in slippery
conditions may present additional
dangers from falls and contact
with blades, moving parts, hot
surfaces etc.
"Slam Dunk" Warning
Do NOT attempt "slam dunk"
manoeuvres as this may result in
severe injury due to falling,
product breakage or collapse etc.
Electrocution / Electrical Shock
Hazard - Outdoor
High voltage or high current
electricity may be present or
required by the product. Do NOT
use in rain, damp or wet
conditions. Electrical shock can
be fatal.
Electrocution / Electrical Shock
Hazard - Disconnect
High voltage or high current
electricity may be present or
required by the product. Always
disconnect the product from the
electrical supply before handling
the product, adjusting,
maintenance etc.
Power Line Electrocution
Hazard
High voltage / high current power
lines may be present. Use
extreme caution to avoid contact
or interference with power lines.
Electrical shock can be fatal.
"Kick-Back" Hazard
High level of "kick-back" hazard
that can cause the machine to
suddenly rotate towards operator.
Kick-back injury can be fatal.
Winch Operator Position
Hazard
Do NOT stand between winch
and load. Do NOT use winch to
move people.
Winch Lift Hazard
Do NOT LIFT load vertically. Use
machine to PULL only.
Cable Hazard
Ensure that load bearing cable is
not kinked or knotted.
Winch Cable Hazard
Ensure that there is a minimum
number of cable coils on
winching mechanism.
Winch Hook Hazard
Carry hook to load – do NOT
throw or run.
Flash / Blinding Hazard
Wear appropriate eye protection
for welding. Direct exposure to
weld arcs may cause permanent
eye injury.
Laser Hazard
Laser may be in use – do NOT
look directly at laser or allow
others to.
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Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 7
Table of Contents
Safety ............................................................................................................................................................. 2
Safety Symbols ........................................................................................................................................................... 5
Parts Identification ....................................................................................................................................... 8
External Features ....................................................................................................................................................... 8
Longitudinal (Y) and Cross (X) Axis ........................................................................................................................... 9
Vertical (Z) Axis ........................................................................................................................................................ 10
Spindle and Gear Box .............................................................................................................................................. 11
Parts List ................................................................................................................................................................... 12
Spare Parts .................................................................................................................................................. 15
Installation ................................................................................................................................................... 16
Location Set-Up ........................................................................................................................................................ 16
Installation and Removal of the Taper Shank .......................................................................................................... 17
Adjusting the Spindle Box ......................................................................................................................................... 17
Adjusting the Tip Angle of the Fuselage ................................................................................................................... 18
Adjusting the Mitre Wedge ....................................................................................................................................... 18
Operation ..................................................................................................................................................... 19
Power Connection/Disconnection ............................................................................................................................. 19
Initial Starting ............................................................................................................................................................ 19
Starting Under Normal Conditions ............................................................................................................................ 20
Drilling or Deep Milling .............................................................................................................................................. 20
Face Milling ............................................................................................................................................................... 20
Drilling/Milling Speed ................................................................................................................................................ 21
Operational Checklist................................................................................................................................................ 21
Protection and Maintenance ..................................................................................................................................... 21
Maintenance ................................................................................................................................................ 22
Daily Maintenance .................................................................................................................................................... 22
Seasonal Maintenance ............................................................................................................................................. 22
Cutter Maintenance .................................................................................................................................................. 22
Accessories Maintenance ......................................................................................................................................... 23
Lubrication Mechanics .............................................................................................................................................. 23
Specifications ............................................................................................................................................. 24
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BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG

Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 8
Parts Identification
External Features
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG

Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 9
No. Name No. Name
A Motor H Base
B Fine feeding wheel I Connecting strut
C Headstock & spindle J Limit block
D
Longitudinal feed hand wheel
K
Controller
E
Working table
L
Balance mechanism
F
Saddle
M
Fuselage
G
Cross feed hand wheel
N
Electrical box
Longitudinal (Y) and Cross (X) Axis
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG

Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 10
Vertical (Z) Axis
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG

Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 11
Spindle and Gear Box
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
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Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 12
Parts List
Item
No
Part Name Q'ty
Item
No
Part Name Q'ty
1 Base 1 38 Cap screw M6 x 25 2
2 X-axis feeding screw 1 39 Fuselage seat 1
2-1 Key 4 x 16 2 39-1 Shaft 1
4 Dial 2 39-2 Key 8 x 12 1
5 Hand wheel 2 40 Spring washer 10 3
6 Nut MS 2 40-1 Washer 10 3
7 Knob 2 41 Cap screw Ml0 x 30 3
8 Screw MS x 55 2 42 Guide finger 2
9 Cap screw M6x 8 8 43 Set screw M6 x 22 7
10 Holding plate (1) 1 44 Ruler 1
11 Dust guard cover 1 45 Wedge 1
12 Holding plate (2) 2 46 Gear rack 1
13 Ball bearing 8200 2 47 Cap screw M6 x 12 4
14 Washer 2 48 Name plate 1
15 Nut MS 4 49 Spindle box 1
16 Y-axis ruler 1 50 Pinion 1
17 Cap screw M6x 16 4 51 Key 4 x 25 1
18 Y-axis bearing seat 1 52 Bevel gear 1
19 Working table 1 53 Retaining ring 12 1
20 Y-axis feeding screw 1 54 Ball ø 5.0 1
21 End cover 1 55 Spring 0.8x 0.8 x 10 1
22 Screw M6x 10 2 56 Screw M6x 8 1
23 Y-axis screw nut 1 57 Handle stock 1
24 Holding plate (3) 1 58 Operating lever 3
25 Dust guard cover 1 59 Lever cap 3
26 Screw seat 1 60 Cap screw MS x 25 4
27 Cap screw M6x 16 2 61 Guide finger 1
28 Set screw M6 x 22 6 62 Cap screw M6 x 25 1
29 NutM6 13 63 Spindle box seat 1
30 Handle 3 64 Wedge 1
31 Screw M6x 10 2 65 Limit block 1
32 Guide finger 1 66 Wedge 1
33 Screw M6x 8 1 67 Ruler 1
34 X-axis wedge 1 68 Fuselage 1
35 Saddle 1 69 Electric box 1
36 Y-axis wedge 1 70 Lock nut M24 1
37 X-axis screw nut 1 71 Big washer 1
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
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BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
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BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG

Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 13
Item
No
Part Name Q'ty
Item
No
Part Name Q'ty
72 Connecting strut 1 122 Bearing cover 2
78 Key 5 x 5 x 40 1 123 Ball bearing 80206 2
79 Spindle 1 124 Name plate 1
80 Transmission gear 1 125 Fine feeding label 1
81 Support block 1 126 Protecting cover 1
82 Screw MS x 20 2 127 Motor 1
83 Pin4 x 15 1 128 Motor gear 1
84 Worm 1 129 Interring ring 9.0 1
85 Sleeve 1 130 Motor seat 1
86 Pin 3x 12 1 131 Flat screw M6x 12 4
87 Pin 3 x 12 2 132 Round screw M5 x 8 4
88 Adjustable union 1 133 Yellow lamp 1
89 Bracket 1 134 Speed control knob 1
90 Screw MS x 25 1 135 Green lamp 1
91 Dial 1 136 Fuse box 1
92 Spring steel 1.0 3 137 Emergency stop switch 1
93 Small hand wheel 1 138 Gear 1
94 Screw MS x 16 1 139 Ball bearing 80101 2
95 Small shaft 1 140 Transmission gear 1
96 Cover 1 141 Bar 1
97 Screw M4 x 6 2 142 Linking board 1
98 Support of dust cover 1 143 Set screw M5 x 8 1
99 Screw MS x 16 2 144 Self-tapping Screw ST2.9 x 8 2
100 Dust guard 1 145 H/L label 1
101 Clamp bolt M6 x 12 1 146 Motor cover 1
102 Upper end washer 1 147 Motor connecting flange 1
103 Upper end screw M6 x 16 1 148 Screw M6 x 10 4
104 Set screw M6 x 6 1 149 Warning label 1
105 Spring0.8 x 4.8 x 10 1 150 PC board 1
106 Ball ø 5.0 1 151 Lock sleeve 1
107 Handle seat 1 152 Rotor shaft 1
108 Double head bolt MS x 70 1 153 Key 4 x 6 1
109 Knob 1 154 Spring support 1
110 Warning label 1 155 Torsion spring 1
111 Controller 1 156 Cover 1
112 Label on controller 1 157 Nut 1
113 Shaft (1) 1 158 Prop 1
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BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
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BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
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BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG

Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 14
Item
No
Part Name Q'ty
Item
No
Part Name Q'ty
114 Double round head key 4x4x45 1 159 Supporting shank 1
115 Internal ring ø 12 1 160 Screw 1
116 Spacing ring 2 161 Washer 2
117 Small shaft 1 162 Internal ring 12 1
118 Spacing ring 1 163 Cover 1
119 Spindle nut 1 164 Top Cover 1
120 Double round head key 5x5x30 1 165 Screw M3 x 6 4
121 Cap screw M5 x 8 6
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BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
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BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG BAUMR-AG
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Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 15
Spare Parts
Spare parts available for purchase, scan QR codes below:
QR Code SKU
TOLMDLBMRA07X
TOLMDLBMRA07X-2AC
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Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 16
Installation
Location Set-Up
The machine should be fixed on a flat and secure worktable with four hexagon bolts. Install it at an appropriate
location in order to fully-utilised the precision requirements of the machine.
Selecting an Appropriate Location
•
The worktable should have a flat, stable surface.
•
Avoid placing it under direct sunlight or areas with heavy dust and moisture.
Securing the Mill Drill
1. Drill four holes on the worktable. Dimensions should be the same as the holes on the machine's base.
NOTE: Consider the Y-axis handwheel when choosing a suitable location for the machine.
2. Adjust the machine accordingly and secure it to the worktable with 4 M10 bolts and nuts.
Checklist Before Switching ON the Machine
•
Remove all fixtures which that might impede the normal operation of the machine.
•
Check whether the power voltage is suited to the machine (see label in front of the machine).
•
Remove all obstacles and debris around the machine.
•
Remove the anti-rust protection before affixing the machine.
•
Check the angle of the pillar and adjust the bolts to see if they are tight enough.
•
Check the chuck, chuck holder and fixing pin on the spindle to ensure they are unloaded.
•
Check the High-Low speed on spindle to see if it’s set on the right speed setting.
•
Turn on the machine and check the direction of the spindle rotation (should be clockwise).
•
Run the Longitudinal Axis (Working table), Cross Axis (Saddle seat) and Vertical Axis (Fuselage) to ensure
they’re in normal condition.
•
Be aware always while operating the machine. If you notice anything unusual, immediately stop using the
machine and have it repaired immediately.
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Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 17
Installation and Removal of the Taper Shank
Installation
1. Turn off the main power before you replace the
cutter.
2. Pull out the protective cover (a).
3. Wipe the spindle sleeve and taper shank.
4. Put the taper shank (g) into the spindle sleeve.
Cutter should be matted with oil cloth to ensure the
safety of the machine and your fingers.
5. Insert the Fixing Pin (d) right on the spindle sleeve.
6. Use a #l4 open end wrench (c) to tighten the spindle
draw bar (b) in a clockwise direction to secure the
taper shank.
7. Pull out the fixing pin.
8. Install the protective cover (a).
Removal
1. Turn off the main power before you replace the
cutter.
2. Pull out the protective cover (a).
3. Insert the fixing pin (d) right on the spindle sleeve.
4. Use a #14 open end wrench (c) to loosen the
spindle draw bar (b) in an anti-clockwise direction.
5. Knock the taper shank (g) gently with a plastic
hammer to loosen it in the spindle sleeve. Then,
take off the taper shank (g).
6. Cutter should be matted with an oil cloth to ensure the safety of the machine and your fingers.
7. Re-install the protective cover (a).
IMPORTANT! For your safety, any adjustments on the machine should be done only when it is already
unplugged from the mains power supply.
Adjusting the Spindle Box
Using the limit block, you can control the traveling rate of the spindle box.
1. Loosen the handle (a) beside the limit block (b).
2. Adjust the limit block (b) into the desired position.
3. Tighten the handle.
4. Travel position can refer to the ruler on the fuselage rotary.
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Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 18
Adjusting the Tip Angle of the Fuselage
1. Turn OFF the mains power before doing any adjustments.
2. Hold the fuselage by hands to prevent the fuselage from falling.
3. Loosen the locked nut (a) with a large wrench (b).
4. Adjust the fuselage tip angle, as needed (max. angle is 450 for
both left and right).
5. Tighten it.
Adjusting the Mitre Wedge
After long-term contact motion to the machine, function error will
occur due to relative surface motion. Mitre wedge will act as an
interface on each slide surface. In order to eliminate this error, this machine will make use of adjusting the screw
pressure between the two machine parts (ex. Spindle Box and Fuselage). Adjust and keep-up the contact
pressure to maintain its mechanical precision.
To ensure constant precision, the pressure between the two elements needs to be adjusted appropriately
because of abrasion, which the machine produces from contact motion for the same timeframe (about one year).
The following items will need to make pressure adjustments to the mitre wedge:
•
Basement and saddle seat slide surface
•
Saddle seat and working table slide surface.
•
Fuselage seat and connecting strut slide surface.
•
Fuselage and spindle box slide surface.
NOTE: Position the spindle box at its highest position when not in use.
To Adjust:
1. Loosen the locked nuts.
2. Adjust the foremost pressure of the mitre wedge with the locked nut. If necessary, adjust all
screws.
3. Tighten and loosen the adjusting screws and keep in mind that the pressure of each
adjusting screw must be the same.
4. Tighten the locked nut uniformly.
5. When locking the nut, please use a #3 interior hexagonal wrench to secure the adjusting
screw from rotating, which can cause unbalance in the pressure.
6. Adjust the middle portion first and then go towards the interior from two sides uniformly while you are
adjusting the screw to ensure a uniformed pressure setting.
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Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 19
Operation
Power Connection/Disconnection
•
Connecting, disconnecting and grounding are carried out through the plug equipped on the machine. For
safety reasons, DO NOT change this plug into any other type in any situation.
•
For the control device’s protection, its’ recommended for the operator to supply a fuse with the current rating
and the total length between the fuse and the connecting terminal. Please refer to table below:
Extension Lead Table
Ampere rating 3A 6A 10A 13A
Extension Cable Length Wire Size (mm
2
)
7.5m 0.75 0.75 1.0 1.25
15m 0.75 0.75 1.0 1.5
22.5m 0.75 0.75 1.0 1.5
30m 0.75 0.75 1.25 1.5
45.5m 0.75 1.25 1.5 2.5
•
Ensure that the Emergency Stop Switch (A, on the left side beside the electrical box) is in the OFF position
before plugging in the cord.
•
Disconnect all tools from power sources before servicing them and when changing their accessories.
Initial Starting
1. Taking all precautions stated, set the HIGH-
LOW range lever to LOW.
2. Insert the electric plug into the socket.
3. Release the Emergency Stop Switch (A) by
pushing down on the red knob slightly and
pushing it up, as indicated by the arrow on
the top of the red knob.
4. Switch on the machine by GENTLY turning
the Variable Speed Control Knob (D)
clockwise. A click will be heard as the motor
power is turned ON, but the spindle will not
rotate until the knob is turning clockwise a
little further. Speed will increase
progressively the further the knob is turned.
5. Run for a total of 5 minutes, during which
you can gradually increase the spindle
speed to its maximum value.
6. Run for at least 2 minutes at this speed
before stopping the machine and
disconnecting it from the mains supply.
7. Ensure that all components are still secure and are working freely and correctly.
8. Ensure that all mountings are secure.
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Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 20
9. Repeat these procedures at HIGH range setting.
CAUTION! NEVER attempt to change from HIGH to LOW range setting when the machine is running.
Starting Under Normal Conditions
1. Take all the necessary precautions previously stated and ensure the workpiece is firmly secured.
2. Set the Speed range control lever to HIGH or LOW, as needed.
3. Proceed to start the machine as described above.
ATTENTION: The power supply system of this machine has an auto over-load protective function. If the feeding
is too fast or drilling is too deep, the system will stop working and the yellow LED (B) will light-up. Just turn off
the Variable Speed Control Knob (D) and then turn it ON again. The system will work again and the yellow LED
will turn OFF automatically.
Drilling or Deep Milling
1. As per Installation and Removal of the Taper Shank, install an appropriate adjustment and tighten it
securely.
2. Select an appropriate speed level.
WARNING! When the spindle is running, DON’T change the speed setting.
3. Using the fixture, secure the workpiece on the working table.
4. Adjust working table (longitudinal Axis Y) and the saddle seat (Cross Axis X) into position.
5. Loosen the limit block handle and adjust the blocks into position.
NOTE: Ensure that the workpiece doesn’t come in contact the tool.
6. Put the adjusting tools in order and remove all obstacles and debris around the machine.
7. Turn the main power ON. Adjust the appropriate spindle speed for drilling or deep milling.
8. Refer to the ruler on the fuselage to measure the drilling or milling depth.
9. When finished with your work, turn OFF the power and take the spindle to the upper position.
10. Clean the machine.
Face Milling
1. As per Installation and Removal of the Taper Shank, install an appropriate adjustment and tighten it
securely.
2. S
elect an appropriate speed level.
WARNING! When the spindle is running, DON’T change the speed setting.
3. Using the fixture, secure the workpiece on the working table.
4. Adjust working table (longitudinal Axis Y) and the saddle seat (Cross Axis X) into position.
5. Release the limit block on the fuselage, adjust the cutting depth then fix it into position.
6. Arrange all tools into their proper positions.
7. Turn the hand wheel of the working table (Y-axis) and the saddle seat (X-axis) to perform face milling.
8. Finishing all the steps, turn the power OFF and take the spindle back to the upper position, then you can
take out the workpiece.
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Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 21
9. Clean the machine.
Drilling/Milling Speed
Before performing any work, set the spindle to a correct running speed.
The normal operating speed range for working is from 0 to 2500rpm. Most of the time, choosing the correct
speed will depend on the size of the workpiece and the material. Generally, you can use higher speed for softer
material or workpieces with small holes. Use a lower speed setting for harder material or workpieces with bigger
holes.
A good rule of thumb is:
Small holes and soft material will need higher speed settings. Avoid drilling above 2300rpm if your workpiece is
made of wood, as you may run the risk of burning it. For metal workpieces, the speed range can be 0 to
2500rpm.
Operational Checklist
IMPORTANT! Please ensure to follow these instructions as you operate the machine to ensure operational
safety and to maintain its working capacity.
Before Turning ON
•
Before turning ON the power, inspect the tool chuck and cutter. If they are loose, re-tighten them securely.
•
Inspect each machine part to see if they are loose and re-tighten them securely.
•
Check if the speed adjustment rod is at a correct position and re-position securely if needed.
•
The workpiece is securely fixed onto the fixture.
•
Clean or remove obstacles and debris around the machine.
During Operation
•
Never drink any form of alcoholic drinks or strong spirits while operating the machine.
•
Do not wear any thick gloves or articles of clothing (i.e. neckties, jewelleries, etc.) that could get stuck in any
part of the machine.
•
Select and install an appropriate cutter, and ensure they are securely fastened.
•
If vigorous shaking occurs, the following conditions will likely cause it:
− The depth of the cut is too deep.
− The feeding speed is too fast.
− The rotating speed is too fast.
− The machine and stock plane are not secured firmly.
− The vise and workpiece are not secured firmly.
Protection and Maintenance
•
Perform frequent maintenance checks and record any unusual findings.
•
Ensure that the power is turned OFF before performing any maintenance work on the machine.
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Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 22
•
If there is an abnormal situation/condition and it’s beyond regular user maintenance, please contact an
authorised service centre to avoid further damaging the machine and to ensure safety.
Maintenance
Daily Maintenance
•
Inspect each operating part to ensure they are properly lubricated.
•
Examine each component for any worn or broken parts and other issues.
•
Clean and remove all obstacles and debris around the machine to prevent damaging the machine and
endangering the operator.
•
Clean the machine daily after every use and lubricate all moving parts to prevent rust from developing.
•
Be aware always while operating the machine. If you notice anything unusual, immediately stop using the
machine and have it repaired immediately.
Seasonal Maintenance
•
Use a clean cotton or soft gauze to clean each part of the machine.
•
Confirm whether the motion of the machine's head and fixture are smooth or loose.
•
Check if the spindle is over-swinging.
•
Check whether each bolt and nut is loose.
•
Examine the overall circuitry parts (contact points, conductor, plugs and switches) to ensure they are in
normal condition.
•
Perform maintenance on each part and record any findings.
•
Turn OFF the machine and wait for it to completely stop before replacing any part or performing any
maintenance works on it to avoid any hazards.
•
Maintenance and repair should be done regularly. If there are any abnormal situations or conditions, stop the
machine and have it repaired immediately.
•
If abnormal situation/condition is beyond regular maintenance, please contact an authorised service centre
to avoid further damaging the machine and to ensure safety.
Cutter Maintenance
•
Use a clean rag while installing or unloading the cutter to prevent it from falling and splitting the blade and to
protect yourself from cuts.
•
Keep the cutter in a wooden or plastic box when you don't need it. In order to maintain the sharpness of the
blade, the cutter should also be kept respectively.
•
Pay extra attention to the cutter’s rotating direction. A wrong rotating direction might decrease the
sharpness, split the blade and accelerate the cutter wearing out. If you cannot determine the cutter’s rotating
direction when it’s revolving at high speeds, turn off the machine and observe it again while it’s decelerating.
It will then be easier to identify the blade’s direction.
•
Put the cutter and work piece (or chuck piece) in the right places before turning ON the machine. After
turning on the machine, the cutter will get closer to the working piece and will start milling it.
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Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 23
•
Sharpen the cutter as soon as it gets blunt. A blunt cutter will make your milling work not only more difficult,
but it can also damage the blade.
Accessories Maintenance
•
Please always keep the taper shank clean.
•
Keep the taper shank and cutter together so the next time you will use them, it will be more convenient for
you.
•
The draw bar and chuck will have their own wrenches. For your convenience, please keep the wrenches
near the machine and ever operate it with inappropriate tools.
•
Please use a wrench to tighten the nuts and never use any other tools, such as a steel hammer, to do so.
Lubrication Mechanics
•
In order to ensure precision, apply
lubrication only on the contact
surface.
•
Use the oil can to lubricate
accessories. Apply some lubricant to
all surfaces before operating the
machine.
The following the parts that needs
lubrication:
Lubricating Oil
•
Basement and saddle seat surface
•
Saddle seat and worktable surface
•
Fuselage sear and connecting strut
surface
Lubricating Grease
•
X-axis feeding screw (saddle seat)
•
Y-axis feeding screw (worktable)
•
Z-axis feeding gear rack (fuselage)
After each work, clean the worktable and lubricate it with a little lubricant for protection.
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Mill Drill – BMMDL-07
E&OE © 2023 Baumr-AG 24
Specifications
Output Power
350W
Voltage
240V AC
Drilling Capacity
13mm
End Mill Capacity
16mm
Face Mill Capacity
30mm
Tilt angle
-45 to +45
Max X Axis Table Travel
220mm
Max Y Axis Table Travel
100mm
Max Z Axis without collet
180mm
Spindle Taper
MT #3
Throat
167mm
Table Size
390x92mm
Spindle Speed
Low :0~1000 RPM; High: 0~2500 RPM
Swing
324mm
Spindle to Table
292mm
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Some experts believe that the incorrect or prolonged use of almost any
product may cause serious injury or death. To help reduce your risk of
serious injury or death, refer to the information below. For more information,
see www.datastreamserver.com/safety
Consult all documentation, packaging
and product labelling before use. Note
that some products feature
documentation available online. It is
recommended to print and retain the
documentation.
Before each use, check the product for
loose/broken/damaged/missing parts,
wear or leaks (if applicable). Never use a
product with
loose/broken/damaged/missing parts,
wear or leaks.
Products must be inspected and serviced
(if applicable) by a qualified technician
every 6 months. This is based on
average residential use by persons of
average size and strength, and on a
property of average metropolitan size.
Use beyond these recommendations may
require more frequent
inspections/servicing.
Ensure that all users of the product have
completed a suitable industry recognised
training course before being allowed
access to the product.
The product has been supplied by a general merchandise
retailer that may not be familiar with your specific
application or description of application. Be sure to attain
third-party approval from a qualified specialist for your
application before use, regardless of any assurances from
the retailer or its representatives.
This product is not intended for use where fail-safe
operation is required. As with any product (for example,
automobile, computer, toaster), there is the possibility of
technical issues that may require the repair or
replacement of parts, or the product itself. If the possibility
of such failure and the associated time it may take to
rectify could in any way inconvenience the user, business
or employee, or financially affect the user, business or
employee, then the product is not suitable for your
requirements. This product is not intended for use where
incorrect operation or a failure of any kind, including but
not limited to, a condition requiring product return,
replacement, parts replacement or service by a technician
may cause financial loss, loss of employee time or an
inconvenience requiring compensation.
If this product has been purchased in error when
considering the information presented here, contact the
retailer directly for details of their returns policy, if
required.
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