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 | Working ranges
Workpiece diameter: approx. 1 - 50 mm, with HS MICRO automatic handling system: 5 - 36 mm in diameter
Thickness: up to approx. 25 mm
Tool diameter: 120 mm
Tool drive: rotational speed 5,600 rpm
Lift x-axis: 80 mm z-axis: 60 mm
Feed: 0.1 - 2000 mm/min Repeat positioning accuracy: +/- 0.001 mm Connection tool spindle: diam. 20 H6 DIN 58740-2
Centering spindles
Rotational speed 0 - 500 rpm Lift (top only) 45 mm
Connection centering spindle
DIN 58737-2, Form C (Hydro-expansion chuck, Diam. 12) diameter fit: h5 or optional: clamping chuck
Dimensions and weight
Width: 720 mm
Height: 1,795 mm
Depth: 926 mm
Net weight: approx. 560 kg
Energy requirements
Electric: 3.5 KVA
Compressed air: 6 bar
Accessories
Cooling system (optional with vacuum discharge)
Tools: sintered diamond wheels, DIN 58742
Centering bells Material: hardened steel or carbide diam. 12 DIN 58736-3
Options
Software for processing of unround workpieces
special programme for free-form surfaces
Robotic system HS MICRO: Loading via magazine up to max. 36 mm lens diameter, incl. adjusting device
No. of CNC axes
CM-1: 3
CM-2: 5
CM-1 S: 4
CM-2 S: 6
CM-1 SL: 4
CM-2 SL: 6 |
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 | |  | Clamping pressure can be programmed to a very low force and still be extremely accurate, even if the temperature fluctuates because of the slide bearing for the upper spindle. Also complex contours (e.g. non circular contours) can be processed with the universal grinding tools - changing of tools is not necessary.
Your benefits at a glance:
- Exact and precise also when temperature fluctuates because of temperature stable linear guides of the upper spindle. Tools rarely have to be changed. Even complex contours are processed very precise with the universal tools. This saves time - especially when working with two tools.
- Versatility. Choose the right machine designed for your needs.
- High quality edging. The universal tools rarely have to be changed. Therefore their run-out error is minimal. This further increases precision.
- Automatic centering of lenses with a favorable centering angle with the bell-clamping method.
- Identical chamfer sizes because of electronic centre thickness compensation system, compensating for different lens thicknesses within a tolerance range.
- High Flexibiliy. The Centromatic MICRO processes contours of any shape.
- Accurate lens alignment with the laser measuring system
- Easy to use and graphical simulation of the processes.
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