The Application of Machine Tool Chip Conveyors
CNC Machine Tool Processing Scenarios
During CNC machine tool processing of metal parts, the cutting tools generate a large amount of metal chips. Chip conveyors are usually put at the bottom of the machine tool. They can be chain plate-type chip conveyors, which use chains to move the chain plates. These conveyors move chips of various shapes (like coiled or block-shaped) to a collection cart outside the machine. This keeps the machining area clean and prevents chips from building up. It also avoids tool jams and reduces the risk of damage from chip entanglement. As a result, the machining is more accurate, the tool lasts longer, and the CNC machine runs more smoothly. When processing engine blocks, cylinder heads, and other automotive parts, a large amount of metal chips is produced.
Car manufacturing workshops often equip machine tools with chain-type chip conveyors.
These conveyors quickly collect and transport chips from the processing area.
This prevents chips from damaging parts. Engineers usually install chip conveyors at the bottom of the machine tool.
They can be chain plate-type chip conveyors, which use chains to move the chain plates. These convey chips of different shapes (e.g. coiled or block-shaped) to a cart used to collect them, which sits outside the machine tool.
Machining center applications
When machining complex parts through multiple processes, machining centers generate large amounts of chips of different materials and shapes. For example, machining aluminum alloy aerospace parts generates aluminum chips, which the scraper-type chip conveyor efficiently handles. Its scrapers, driven by a chain, scrape the aluminum chips out along the chip conveyor, quickly clearing the machining area. When working with steel parts, magnetic chip conveyors use strong magnets to collect iron chips and send them to a chip collection cart. This stops the chips from getting in the way of the next steps in the process. These convey chips of different shapes, such as coiled or block-shaped chips, to a chip collection cart outside the machine tool. This enhances the overall machining efficiency and product quality of the machining center.
Grinding machine machining
During grinding operations, grinding machines produce large amounts of fine grinding chips mixed with grinding fluid. Operators install spiral chip conveyors beneath grinding machines. These conveyors have rotating shafts with spiral blades that actively push out mixed impurities from the working area. When you add a filtration system, it separates the grinding debris from the coolant. This means you can reuse the coolant, reduce production costs, keep the grinding machine clean and reduce the health risks to operators caused by flying debris.
Automotive component manufacturing
When manufacturers produce car engines and parts, they generate a large amount of metal shavings. In car manufacturing workshops, machine tools often use special conveyor belts to quickly collect and transport chips away from the processing area, so that the parts are not damaged. Engineers usually install chip conveyors at the bottom of the machine tool. They can be chain plate-type chip conveyors, which use chains to move the chain plates. These convey chips of different shapes, such as coiled or block-shaped chips, to a chip collection cart outside the machine tool. This makes sure that the production of car parts meets the high precision requirements, improves efficiency and supports large-scale production. Operators install spiral chip conveyors beneath grinding machines. Here, rotating shafts with spiral blades actively push mixed impurities out of the working area. When you add a filtration system, it separates the grinding debris from the coolant. This means you can reuse the coolant, reduce production costs, keep the grinding machine clean and reduce the health risks to operators caused by flying debris.
Aerospace component processing
Parts in the aerospace industry have stringent requirements for processing precision and cleanliness. When processing parts made of special materials such as titanium alloys, the rapid removal of chips is critical. Magnetic chip conveyors can precisely adsorb ferromagnetic chips generated during processing, preventing residual chips from affecting the surface quality of parts. This meets the stringent standards for environmental cleanliness and processing precision during aerospace component processing. ensuring the processing quality of critical components such as aircraft engine blades and landing gear.
