CNC Horizontal Gear Hobbing Machine

Specifically made for gear production, this machine uses a hobbing cutter to cut gear teeth. Its CNC system ensures gears are made accurately and consistently. It’s essential for making gears used in car transmissions, industrial machines, and power – transmission systems.

CNC Horizontal Gear Hobbing Machine
High Precision

±0.01mm machining accuracy for critical industries.

Complex Machining

Creates shapes manual lathes can’t achieve.

Versatility

Handles turning, boring, threading, and more.

Automation

Auto-run reduces errors and boosts efficiency.

XL-T Honrizontal CNC Lathe

XL-T Honrizontal CNC Lathe

● Machine Type: CNC Horizontal Lathe
● Max. Turning OD/Length: Φ200mm / 200mm
● Dual Spindles: Φ56mm through-hole, 4000rpm
● Dual-Axis Travel: X1/X2 1200mm, Z1/Z2 350mm
● Features: Dual-Channel System, Simultaneous Machining

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XL-M Honrizontal CNC Lathe

XL-M Honrizontal CNC Lathe

● Machine Type: Horizontal CNC Lathe
● Max. Turning OD: 420mm, Max. Swing: 560mm
● Spindle Speed: Up to 5000rpm
● Driven Tool Speed: Max 4000rpm
● Features: Servo Spindle, Auto Clamping, Enhanced Cooling

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W7-86CYD Honrizontal CNC Lathe

W7-86CYD Honrizontal CNC Lathe

● Machine Type: Horizontal CNC Lathe
● Max. Turning OD: 300mm, Max. Length: 550mm
● Y-axis Travel: 110mm, Z-axis Travel: 600mm
● Spindle Speed: 3500rpm, Driven Tool Speed: 4000rpm
● Features: Y-axis Interpolation, Dual Servo Turrets, C-axis Control

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Watch Our CNC Horizontal Gear Hobbing Machine​ in Action

FAQ for CNC Lathe

FAQ for CNC Lathe

CNC lathes can handle many materials. Common ones are metals like steel, aluminum, copper, and titanium. They can also work with plastics such as acrylic, nylon, and ABS, as well as some composite materials. Just adjust the cutting tools and settings for different materials.

Very accurate! Most CNC lathes can achieve an accuracy of ±0.01mm, and high – end models can be even more precise.

Yes! Once you set the program, it can keep making the same parts over and over with the same quality, making it great for large – scale manufacturing.

It depends on how complex the part is and how experienced the programmer is. Simple parts may take a few hours, while complex ones could take days. Using CAD/CAM software can speed up the process.

Keep it clean, especially the cutting area and spindle. Lubricate moving parts regularly. Check cutting tools for wear and damage. Also, make sure the electrical and control systems are working well. Follow a regular maintenance schedule for a long – lasting machine.

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