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A hypoid gear rotary table uses a hypoid drive with an offset pinion axis below the gear center. This geometry increases contact ratio and sliding velocity. The offset enables a larger pinion diameter for higher torque density and stiffness. Oil film lubrication separates teeth under load. Preload eliminates backlash.

Here are some key points about hypoid gear rotary tables:

Gear Design: Hypoid gears are a type of bevel gear where the axis of the input and output shafts are not intersecting. The gear teeth have a spiral or helical shape, which allows for a smooth and quiet operation.
Rotary Table Function: The gear design is used in the rotary table mechanism to provide precise and reliable rotation of the table surface. This allows for accurate positioning and indexing of workpieces during machining, assembly, or inspection processes.
High Torque Capacity: Hypoid gears can transmit high torque loads, making them suitable for heavy-duty applications where the rotary table needs to support and rotate large or heavy workpieces.
Hypoid hollow rotary Tables are often integrated into CNC (Computer Numerical Control) machining centers, where they can be used to rotate and position the workpiece during complex multi-axis machining operations.
The rotary table can be seamlessly controlled and synchronized with the CNC machine’s movements to achieve the desired part geometry and surface finish.

Hypoid Hollow Rotary Tables Hypoid Hollow Rotary Tables

FAQs 

  • Can hypoid tables handle interrupted cuts?

Yes. The high contact ratio spreads shock loads. Three or more teeth share force. This prevents tooth breakage.

  • Why choose hypoid over worm gear tables?

Hypoid offers higher efficiency. It provides lower backlash, runs cooler at high speed, and handles heavier cutting forces.

  • What causes overheating in a hypoid rotary table?

Low oil level causes heat. Wrong oil viscosity causes heat. Excessive preload causes heat. High continuous speed causes heat.

  • Can I retrofit an older CNC with a hypoid table?

Yes if the CNC has a 4th axis drive. Match the voltage and current. Tune the servo parameters. Test motion carefully.

  • How do I clean coolant residue from a hypoid table?

Wipe the table top daily. Clean T-slots with compressed air. Never spray high pressure water at seals. Use a soft brush for dried residue.

 

You are welcome to watch more projects or visit our website to check other series or load down e-catalogues for further technical data. 

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