CNC machining operations generate different chip forms depending on the material, cutting speed and machining process. In many machining centres, turning, milling and drilling operations produce long, curly and bushy chips. These chips can collect inside machine beds, restrict smooth chip movement and increase manual cleaning requirements if they are not removed properly. This is where a Hinged Belt Conveyor becomes important for efficient chip handling in CNC machining environments.

Why Long and Curly Chips Are Difficult to Manage

Long and curly chips can easily accumulate around the machining area. In continuous operations, these chips may collect near the machine bed and interrupt smooth production flow.

Common issues include:

• Chip buildup inside machining areas.
• Increased manual cleaning.
• Chip overflow during continuous operation.
• Difficulty handling wet and dry chips.
• Reduced machine cleanliness.
• More frequent operator intervention.

For CNC machining operations, reliable chip removal helps support smoother machine operation and better production continuity.

How a Hinged Belt Conveyor Supports Chip Removal

A Hinged Belt Conveyor is designed to move chips away from machining areas during operation. Instead of allowing chips to collect inside the machine, the conveyor continuously carries them toward the collection area.

This helps maintain:

• Cleaner machine beds.
• Better chip movement.
• Reduced cleaning interruptions.
• Smoother machining flow.
• More reliable chip handling.

By supporting continuous chip removal, Hinged Belt Conveyors help reduce the handling challenges created by long and curly chips.

Handling Wet and Dry Chips

Machining operations may generate both wet and dry chips depending on coolant usage and the machining process. Wet chips can be harder to handle because they may carry coolant along with them. Dry chips may accumulate quickly if not removed on time. A Hinged Belt Conveyor supports the handling of wet and dry chips, making it useful for various machining operations where chip conditions may differ during production.

Suitable for Machining, Turning, and Drilling

Hinged Belt Conveyors are commonly integrated with machining centres, turning, milling, drilling and similar operations. These applications often generate long, curly and bushy chip forms that require continuous removal. By moving chips away from the machining zone, the conveyor helps support stable machine operation and reduces the need for repeated manual chip clearing.

Customizable Belt Options

Different machining setups may require different belt arrangements based on chip type and operating conditions. Hinged Belt Conveyors can be designed with belt options such as plain, perforated or dimpled belts. These belt options help match the conveyor system with the chip handling requirement of the machine setup.

Supporting High-Capacity Chip Handling

In continuous CNC operations, chip generation can be high. A properly selected Hinged Belt Conveyor helps manage higher chip loads and supports efficient removal during production. This is especially useful in machining environments where long-duration operation creates a steady flow of chips.

Conclusion

Long, curly and bushy chips can create chip handling challenges in CNC machining, turning, milling and drilling operations. A Hinged Belt Conveyor helps support continuous chip removal, cleaner machining areas and smoother production flow by handling wet and dry chips effectively. For industries requiring reliable chip handling systems, Lex Technoaid offers Hinged Belt Conveyors designed for machining centres, turning, milling, drilling and similar operations. Lex Technoaid’s Hinged Belt Conveyors handle 50–500 kg/hour, support wet and dry chips, are suitable for long, curly and bushy chips, offer plain, perforated or dimpled belt options and are available in widths starting from 150 mm onwards.

Contact kavya@lextechnoaid.com or call +91 99166 98105 to discuss your oil cooling requirement and identify the right Hinged Belt Conveyor for your application.