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Resin lens edging, upper/lower chamfering and chip collection, configured for the lens specification and handling process.
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SELECTION AT A GLANCE
Check the workpiece and process before discussing equipment configuration. Suitability depends on sample and process assessment.
Confirm integration scope against loading methods, existing interfaces, site layout and cycle time.
OVERVIEW
Edges resin lenses at approximately 900 lenses/hour. Programmable upper and lower chamfering allows the A and B sides to be chamfered separately or simultaneously. Chip collection removes debris cleanly to avoid entanglement and blockage inside the machine.
This machine forms part of resin lens manufacturing automation. A standalone or process-cell configuration depends on trays, workpiece specifications, existing interfaces and the site layout.
Please provide part and mold dimensions, tray photographs or drawings, loading/unloading arrangements, target cycle time and available floor space. Capacity, tray changeover and quality requirements must be confirmed by sample testing and the project technical agreement.
The figures shown are from existing company equipment documentation. Lens specifications, process requirements, handling, tray changes and upstream/downstream waiting affect effective throughput. Agree on samples, test conditions, quality criteria and acceptance methods before implementation; actual performance is subject to sample tests and the project technical agreement.
Explore the resin lens line and six equipment types · Discuss this machine
Resin lens edging machine operation.
Watch the original equipment video — Douyin, Chinese content
PROCESS & MODULES
Edges resin lenses at approximately 900 lenses/hour. Programmable upper and lower chamfering allows the A and B sides to be chamfered separately or simultaneously. Chip collection removes debris cleanly to avoid entanglement and blockage inside the machine.
ENGINEERING & DELIVERY
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