Milling machine with gear change MH 35 G OPTIMUM

Gear change milling machine MH 35 G OPTIMUM. The MH 35 G OPTIMUM milling machine stands out for its high concentricity and robustness. It features a solid table, intuitive control panel, digital display, and tiltable head at ±30°. Ideal for precise work.

FEATURES

• High concentricity thanks to the tapered roller bearings, ≤ 0.015 mm measured at the sleeve
• Solid cross table with generous dimensions, precisely machined on the surface with T-slots
• Control panel with easy-to-use membrane keyboard, resistant to dirt and water.
• Easy-to-read digital display
• Drilling depth stop
• Right/left rotation
• Thread cutting mode
• Rotary push button on the control panel to set drilling depth in mm or inches and the zero point
• Height-adjustable protective screen with micro switch, against chip and part projection, for maximum user protection.
• The gear head can be tilted ± 30
• Adjustable and re-adjustable feed spindle play
• Heavy, stable, and solid column made of high-quality gray cast iron, with ground and scraped dovetail guide for high stability and precision, as well as adjustable guides.
• Z-axis with protective cover made of stainless steel sheets
• Optional solid and heavy steel base MSM 3 (item number: 3353014) ensures stability
• Industrial motor with two stages and 6 additional gear stages

TECHNICAL SPECIFICATIONS

Dimensions and weights

Approximate length: 850 millimeters

Approximate width/depth: 1030 millimeters

Approximate height: 1340 millimeters

Approximate weight: 318 kilograms

Drilling/milling head

Tilting range of the milling-drilling head ± 30°

Drilling/milling output

Maximum milling head size 80 millimeters

Maximum size of spindle cutter 28 millimeters

High-performance steel for drilling (S235JR) 32 millimeters

High-performance steel for continuous drilling (S235JR) 28 millimeters

Electrical data

Drive motor output 1.1 / 1.5 kW

Power supply voltage 400 volts

Network frequency 50 Hz

Horizontal milling table

Table length 750 millimeters

Table width 210 millimeters

Maximum clearance between the vertical spindle and the milling table 440 millimeters

T-slot size 12 millimeters

Number of T-slots 3

T-slot spacing 63 millimeters

Maximum load capacity 170 kilograms

Standards and certifications

Standard DIN EN 55011

EMC level C2

Axes

X-axis manual 450 millimeters

Y-axis manual 200 millimeters

Z-axis manual 460 millimeters

Vertical spindle

Reach 215 millimeters

Spindle chuck BT 30

Speed range 220 – 3100 min¯¹

Number of gears 2 x 6 steps

Diameter of the quill 68 millimeters

Stroke of the quill 90 millimeters

VPE 1

COMPONENTS/PACKAGING

Unit: pcs.

Packaging unit: 1

Operating tool

FOR WHAT TYPE OF WORK IS IT SUITABLE

The MH 35 G OPTIMUM gear change milling machine 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 that require high concentricity and precision

CERTIFICATION

- DIN EN 55011: The DIN EN 55011 standard refers to the limits and measurement methods of electromagnetic interference emissions from industrial, scientific, and medical equipment. This standard establishes criteria to ensure that devices do not generate interference that could affect other electronic equipment and also defines the permitted levels of electromagnetic radiation. It is essential to ensure compliance in the design and use of equipment operating in environments where electromagnetic compatibility is crucial.

- EMC Level C2: The EMC level C2 refers to a standard of electromagnetic compatibility (EMC) that applies to electrical and electronic equipment and systems. Specifically, level C2 indicates requirements for the emission of interference and immunity to electromagnetic disturbances in industrial environments. Devices that meet this level are designed to operate without causing significant interference to other equipment and to withstand external disturbances, which is crucial in environments where various electronic devices coexist.