Milling machine with digital position indicator OptiMill MZ 2 OPTIMUM

OptiMill MZ 2 OPTIMUM milling machine with digital position indicator. The OptiMill MZ 2 from OPTIMUM is versatile and stable, with adjustable guides and automatic feed in the X, Y, and Z axes. Its digital panel facilitates control, while its massive table and ball screws ensure precision and smooth operation. Ideal for demanding tasks, it features a swiveling head and a powerful coolant unit.

FEATURES

• Many applications
• Excellent damping characteristics and stability of the machine frame.
• All guides are tempered and precisely ground and are adjustable using wedge strips.
• Automatic feed in the X, Y, and Z axes, continuously adjustable via an electronic joystick on the control panel
• Power supply cutoff at the end
• Ball screw on all axes
• Central control panel clearly laid out with integrated digital display of position and speed
• Massive cross table, large dimensions, and precisely treated surface with 5 T-slots
• Coolant unit
• Large handwheels with scale
• Machine lamp
• Smooth operation
• Manual central lubrication

TECHNICAL SPECIFICATIONS

Cooling lubricant system

• Power of the coolant pump(s) 95 W

Dimensions and weights

• Approximate length 1239 millimeters
• Approximate width/depth 1168 millimeters
• Approximate height 1900 millimeters
• Approximate weight 1400 kilograms

Drilling/milling head

• Swivel range of the milling head ± 90°

Drilling/milling output

• Maximum milling head size 100 millimeters
• Maximum size of spindle cutter 25 millimeters
• High-performance steel for drilling (S235JR) 30 millimeters
• High-performance steel for continuous drilling (S235JR) 26 millimeters

Electrical data

• Drive motor output 2.2 kW
• Total nominal value 4 kW
• Supply voltage 400 volts
• Network frequency 50 Hz

Feed speed

• X axis 10 – 600 mm/min
• Y axis 10 – 600 mm/min
• Z axis 10 – 600 mm/min

Horizontal milling table

• Table length 750 millimeters
• Table width 320 millimeters
• Minimum clearance of vertical spindle - milling table 75 millimeters
• Maximum clearance between vertical spindle and milling table 410 millimeters
• T-slot size 14 millimeters
• Number of T-slots 5
• T-slot spacing 63 millimeters
• Maximum load capacity 285 kilograms
• Minimum clearance between horizontal spindle and milling table 70 millimeters
• Maximum horizontal clearance between spindle and milling table 400 millimeters

Vertical milling table

• Length 830 millimeters
• Width 250 millimeters
• T-slot size 14 millimeters
• Number of T-slots 2
• T-slot spacing 63 millimeters

Motor(s)

• Rapid movement on the X axis 0.375 kW
• Rapid movement on the Y axis 0.375 kW
• Rapid movement on the Z axis 0.375 kW

Axes

• Manual X axis 400 millimeters
• Manual Y axis 200 millimeters
• Manual Z axis 335 millimeters
• Automatic X axis 310 millimeters
• Automatic Y axis 160 millimeters
• Automatic Z axis 295 millimeters

Vertical spindle

• Reach 100 millimeters
• Spindle chuck ISO 40 DIN 2080
• Speed range 50 – 1890 min¯¹
• Number of gears 12 steps
• Clamping bar M 16
• Vertical spindle load 1100 Nm
• Stroke of the quill 120 millimeters
• VPE 1

COMPONENTS/PACKAGING

Unit: pcs.

Packaging unit: 1

• ISO 40/MK3 adapter
• MK1 and MK 2 adapter
• Horizontal milling spindle Ø 27 mm
• Operating tool

EQUIPMENT

Digital position indicator DP 700

FOR WHAT TYPE OF WORK IS IT SUITABLE

The OptiMill MZ 2 OPTIMUM milling machine with digital position indicator is suitable for:

• Metal machining industry
• Manufacturing of precision parts
• Prototype workshops
• Production of industrial components
• Manufacturing of custom parts
• Machining of steel and other materials
• Projects requiring high concentricity and precision

CERTIFICATION

The ISO 40 and DIN 2080 standards refer to a measurement system for clamping cones, specifically the ISO 40 cone, which is commonly used in machine tools for tool fixation.

The ISO 40 cone is part of a series of conical cones used to secure tools in the machine spindle. This standard establishes the dimensions and tolerances to ensure interchangeability and precision in tool clamping.