Henninger 816 spindle speed increaseres

Henninger 816 spindle speed increaseres 

Face Drivers Type 300 - 312
Henninger face drivers are characterized by safe work clamping and robust construction. The range is divided into two types. The types 300 - 303 are mechanically compensated while the types 309 - 312 NC are hydraulically compensated.

Live Centres Type 330/353
Type 330 is a robust standard centre with stable bearings and slim housing. Supplied with MT 2 to MT 6. Type 353 is designed for heavy workpieces up to 3000 kg depending on the size.

Live Centres Type 354
Live centre for highest performance with component weight of 6t; 10t; 15t; 30t; 50t.

Live Super-Precise Centres Type 355
Centres for grinding and testing max. rotational tolerance 0.001 mm.

Live Cone Centres Type 363/373
Robust standard cone centre with large cone.
Type 363 has 60° cone, Type 373 has 75° cone.

Revolving Chucks Type 380
For fast and safe clamping in headstock. Available with MT 2 taper up to metric 120. Chuck diameter 100 up to 315 mm.

Dead Centres Type 410 - 422
Henninger dead centres are precision manufactured and DIN compliant. Special requirements are also possible.

These spindles are driven by compressed air and reach up to rpm's 80,000. As a result, these Air-Speeders are especially suitable for engraving, grinding, and milling.

Scope of Supply
Air Speeder Type 848/852
Coordinates Head
Collets
Modular Shank
Storage Box with Air Service Unit
Special Oil for the Air Service Unit

Spindle Units Type 890
These units are designed for external drives that must be added by the customer.
Spindle Units Type 940
These units are designed with the rotor of a high-frequency motor mounted between the bearings directly on the spindle.
Spindle Units Type 950
This spindle block is designed with a motor coupled to the spindle.

Advantages of centre grinding operations
- Higher process stability
- Economic efficiency
- Low reject rate
- Higher accuracy

Centre Grinding Machines
Currently, as never before, there is an ever-increasing demand for higher workpiece accuracies. This becomes very apparent by the amount of workpieces that can only be produced using the current machine parks after undergoing very exacting set-up procedures and thus long changeover times.