Worm Feed Gear/Rotor Gear Assembly For Ram Adapter Part No.: C-06+07+08
The Worm Feed Gear Rotor Assembly is a precision-machined transmission component designed for the Ram Adapter of vertical milling machines. It provides smooth and controlled rotary motion, ensuring accurate head positioning and consistent performance during milling operations.
Specifications
For: Part No.: C-06+07+08- Product Name
- Rotor Gear Assembly
- Model
- C-060708
- Gear Hardness
- 55–68 HRC (approx.)
- Material
- Alloy Steel + Brass Bush + Hardened Gear Steel
- Total Length Shaft gear
- 165 mm
- Shaft Hardness
- 50–52 HRC (approx.)
- Upper Shaft Diameter
- 17 mm
- Lower Hex Drive End Diameter
- 19 mm
- Worm Gear Outside Diameter
- 44 mm
- Keyway width
- 5 mm
- Packing Size
- 200x60x50 mm
- Weight Approx
- 1.3 Kgs
Features:
- High-precision worm and rotor gear for smooth feeding
- Hardened steel shaft for durability
- Bronze gear bush for low-friction operation
- Accurate fitment for Model C-060708 ram adapter assembly
- Stable and vibration-free transmission
- Easy to install and service
Description
This assembly consists of a worm gear rotor, bronze gear bush, thrust washer, and engagement shaft. Manufactured with hardened alloy steel and premium bronze, the unit ensures excellent wear resistance and long service life. It is an essential replacement part for the ram adapter feed mechanism used in turret-type vertical milling machines.
The Worm Feed Shaft is a precision-machined component used in the ram forward/backward feed mechanism of vertical turret milling machines. It provides smooth and controlled transmission between the feed handle and the ram adapter gear assembly.
Applications:
- Vertical milling machine ram feed mechanism
- Turret milling machine forward/backward ram movement
- Bridgeport-type and Taiwanese compatible ram adapters
- Replacement for worn, damaged, or misaligned worm feed shafts
Compatibility:
- Ram Adapter Model C-060708
- Bridgeport-type Vertical Milling Machines
- Indian & Taiwanese Turret Milling Machine Clones
More questions buyers ask
What is a Worm Feed Gear/Rotor Gear Assembly?
It is a precision-engineered component used in the ram feed mechanism of vertical turret milling machines to ensure smooth forward and backward movement.
Which machines are compatible with this gear assembly?
It is designed for C-060708 ram adapters and is compatible with most Bridgeport-type and Indian/Taiwanese vertical turret milling machines.
What materials are used in this assembly?
The assembly features hardened alloy steel for the gear and shaft, combined with a premium bronze gear bush for low-friction operation.
What is the hardness rating of the worm gear?
The worm gear has a hardness of approximately 55–68 HRC, ensuring high wear resistance.
What is the total length of the shaft gear?
The total length of the shaft gear is 165 mm.
Is this part easy to install?
Yes, it is designed for easy installation and service as a direct replacement for worn or damaged ram feed components.
What is the weight of the assembly?
The assembly weighs approximately 1.3 kg.
Does it come with a warranty?
Pentagon provides standard industrial warranty coverage; please check specific invoice details for duration.
Can this be used for heavy-duty milling?
Yes, its hardened steel construction is built for the rigors of industrial milling environments.
What is the upper shaft diameter?
The upper shaft diameter is 17 mm.
Who should choose the C-060708 model?
Technicians and workshop owners maintaining Bridgeport-type or C-060708 compatible vertical milling machines should choose this model.
How does this compare to generic replacement gears?
Unlike generic parts, this Pentagon assembly uses hardened alloy steel and precision-machined bronze bushings for superior longevity and smoother transmission.
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Full description
The Worm Feed Gear Rotor Assembly is a precision-machined transmission component designed for the Ram Adapter of vertical milling machines. It provides smooth and controlled rotary motion, ensuring accurate head positioning and consistent performance during milling operations.