In machining operations, chip evacuation is as critical as cutting performance. Long, stringy, and bushy chips generated during turning, milling, drilling, and machining center operations can quickly accumulate inside the machine enclosure. If these chips are not removed efficiently, they interfere with cutting tools, restrict coolant flow, and lead to frequent machine stoppages. A Hinged Belt Conveyor is specifically designed to handle these challenging chip types. Its rugged construction and continuous belt design make it an ideal solution for reliable removal of long and stringy chips in modern machining environments.

The Challenge of Long and Stringy Chips

Long chips tend to wrap around tools, workpieces, and fixtures. Over time, this causes:

• Tool breakage and premature wear.
• Blocked coolant passages.
• Increased manual cleaning effort.
• Higher machine downtime.

Traditional chip removal methods often struggle with such chip shapes. Fine or short chips may be easy to move but long, curly chips require a conveyor that can physically carry and transport material without clogging.

How a Hinged Belt Conveyor Works

A hinged belt conveyor uses interlocking metal plates connected to form a continuous moving belt. As chips fall onto the belt, they are carried out of the machine and discharged into a collection bin or centralized chip handling system.

Openings between the plates allow coolant to drain back into the machine, while chips are conveyed forward. This simple yet robust design makes the system well-suited for handling heavy, bulky, and stringy chips.

Why Hinged Belt Conveyors Are Ideal for Long and Stringy Chips

Handles Heavy Chip Loads

The metal belt construction supports continuous handling of large volumes of chips without deformation or jamming.

Suitable for Wet and Dry Chips

Hinged belt conveyors efficiently transport chips mixed with coolant as well as dry chips, making them versatile across different machining processes.

Supports Multiple Machining Operations

They integrate easily with machining centers, turning, milling, and drilling machines.

Customizable Belt Options

Different belt surface options, such as plain, perforated, or dimpled designs, allow optimization based on chip type and coolant drainage needs.

Reliable and Low Maintenance

The robust mechanical design ensures long service life and reduces unplanned stoppages.

Operational Benefits for Machining Plants

Installing a hinged belt conveyor provides several operational advantages:

• Improved machine uptime.
• Reduced manual chip handling.
• Cleaner machine interiors.
• Better coolant recovery.
• More stable machining conditions.

These benefits directly contribute to higher productivity and safer shop floor operations.

When to Choose a Hinged Belt Conveyor

A hinged belt conveyor is the right choice when:

• Chips are long, curly, or bushy.
• Chip volume is high.
• Both wet and dry chips are present.
• Continuous, automated chip evacuation is required.

For applications dominated by fine or powdery ferrous chips, other conveyor types may be more suitable. Selecting the conveyor based on chip characteristics ensures optimal performance.

Final Thoughts

Long and stringy chips create serious challenges in machining environments. A properly designed Hinged Belt Conveyor provides a dependable solution for continuous chip evacuation, improved machine cleanliness, and reduced downtime.

Lex Technoaid’s Hinged Belt Conveyors are engineered for machining centers, turning, milling, and drilling operations, with customizable belt options and flexible widths to suit different applications.

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