Products

A Precious Jewelry Laser Cutting Machine is used to help manufacturers create fine jewelry parts with cleaner edges, tighter control, and less manual rework than traditional cutting methods. For buyers working with delicate designs, thin metal sheets, or repeatable part geometry, the main problem is often balancing precision with operator safety and production consistency. An enclosed industrial machine like this addresses that need by providing a protected workspace, integrated control access, and visibility during operation.

A Laser Marking Machine is used when a factory needs durable identification on parts without relying on inks, labels, or manual engraving. For buyers working with electronics, metal parts, or small components, the main problem is usually repeatable marking with clean edges, low consumable use, and stable traceability from part to part. The enclosed industrial system shown here appears to be built for controlled production use, with a protected working area, integrated display, and cabinet-style layout that supports operator-guided operation and organized equipment handling.

The FPC UV Laser Cutting Routing Machine is built for manufacturers that need clean, controlled cutting on flexible circuit materials without the mechanical stress of conventional tooling. For buyers working with thin, delicate substrates, the main problem is usually edge damage, deformation, and inconsistent cut quality during panelization or routing. This type of equipment is intended to help solve that issue by using a laser-based process inside an enclosed industrial cabinet, so operators can monitor production while keeping the work chamber controlled and protected.

High-Precision PCB Metal Plate Laser Cutting Solutions

Our PCB metal plate laser cutting machines feature advanced laser control systems and highly stable machine structures, enabling fast, precise, and non-contact processing for PCB, FPC, metal sheet, and new energy material applications.

Compared with traditional mechanical processing, laser cutting offers higher precision, smaller heat-affected zones, and more consistent machining quality. CHIKIN CNC laser systems help reduce burrs and material waste while improving edge quality and supporting complex patterns and precision micro-machining for demanding electronics manufacturing industries. Combined with intelligent motion control systems and high-performance servo platforms, our machines significantly improve production efficiency and automation capability.

Key advantages of our machines include:

High-speed & high-precision laser cutting
Non-contact processing with minimal material deformation
Suitable for PCB, FPC, and metal material applications
Industrial-grade stability and durability
Intelligent automated control systems
Excellent performance for complex and precision cutting
Fast and professional global technical support

From prototype development to high-volume production, CHIKIN CNC delivers reliable and efficient laser processing solutions that help customers improve product quality, production efficiency, and market competitiveness.

Contact us today for customized solutions and competitive quotations.

Chikin Metal Plate Laser Cutting Machine is a specialized fiber laser solution for precise, non-contact cutting of metal substrates (aluminum, copper base) used in PCBs. Featuring robust granite construction for vibration stability, high-accuracy linear guides & ballscrews, advanced CCD alignment, and optimized parameters for clean, oxide-free edges with minimal heat-affected zone. Ideal for high-power LED lighting, automotive power electronics, EV chargers, and metal core PCBs — delivering ±0.01mm precision, burr-free results, and fast processing without post-processing.

An FPC UV Laser Cutting Routing Machine is used to solve a familiar production problem: flexible circuits are thin, delicate, and easy to deform when conventional tooling puts pressure on the substrate. In high-mix electronics manufacturing, buyers need clean edges, minimal mechanical stress, and a way to process intricate outlines without tearing copper traces or distorting the film. This type of equipment is designed around that need, pairing enclosed operation with controlled laser processing for flexible printed circuit work.

A Digital Marking Machine helps manufacturers apply readable, repeatable identification on parts, plates, and components where hand stamping is too slow or inconsistent. For buyers who need serial numbers, batch codes, part numbers, or logos to stay legible through handling and inspection, this type of equipment supports traceability without relying on manual marking. Based on the visible system layout, the unit appears to be a bench-top industrial marking setup with a separate marking head and an integrated control cabinet for computer-based operation.

A fiber laser marking machine is used when a manufacturer needs durable part identification without relying on labels, ink, or manual stamping. This kind of workstation helps solve a common production problem: how to place serial numbers, barcodes, batch codes, and inspection references on small components in a repeatable way while keeping the operator interface organized. Based on the visible structure, this unit appears to be a floor-standing industrial marking or inspection station with a cabinet base, vertical column, work surface, and external monitor for operator control.

Chikin Two Heads Laser Cutting Machine (Dual-head laser PCB separator) is a high-efficiency dual-head laser depaneling solution designed for high-volume PCB separation. Equipped with two synchronized laser heads for parallel processing, robust granite construction for vibration-free stability, high-accuracy linear guides & ballscrews, CCD vision alignment, and advanced parameters for clean, stress-free cuts on FR4, rigid-flex, HDI, and thin substrates. Achieve ±0.01mm precision, minimal heat-affected zone, no burrs/dust, and up to 2× faster throughput than single-head models — ideal for mass production without compromising edge quality.