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The Green Picosecond Laser Engraving Machine is designed for high-precision marking, engraving, cutting, drilling, and micromachining of metals, ceramics, glass, and other precision materials.
Powered by a Green Picosecond Laser, the machine combines ultrashort pulse processing with high peak power and precise beam control to support fine-feature processing with controlled thermal effects.
With an enclosed safety design, low energy consumption, easy maintenance, and configurable laser and equipment options, the laser engraver can be adapted to different materials, processes, and production requirements.

The C3/C3 Pro Series is a high-performance fiber laser cutting machine designed for efficient and cost-effective processing of medium and thin metal sheets. It features a servo-driven dual-drive rack-and-pinion system, high-speed shuttle tables, and a fully enclosed sheet-metal safety enclosure.
Equipped with high-quality servo drives and a customized control system, the C3/C3 Pro Series sheet metal laser cutter delivers reliable cutting performance, stable operation, and strong value for a wide range of production needs.
Superior Cutting Quality: Smart corner processing delivers smooth, burr-free edges and high-precision results.

The UV Picosecond Laser Engraver is designed for high-precision processing of glass, sapphire, ceramics, metals, plastics, and other demanding materials.
Equipped with a high-precision motorized Z-axis and ultrashort pulse laser technology, the machine supports fine marking, cutting, drilling, coating removal, and micro-forming applications.
The machine uses Han’s Laser-developed control hardware and software, supporting multiple laser waveform modes for flexible process configuration and stable production operation.

The UV-NS-5W is a compact, cost-effective UV laser engraver for high-precision marking on plastics, ceramics, metals, and more.
Its 5W ultraviolet laser provides high-quality beam performance and a small focused spot, making it suitable for fine marking on surfaces that are sensitive to heat.
With a fully enclosed and integrated design, the UV-NS-5W provides a compact footprint, easy operation, and a cleaner workspace.
The system supports high-speed marking of text, serial numbers, 1D and 2D barcodes, and other variable data.

The HBS Series CNC servo press brake integrates an advanced electro-hydraulic servo system with closed-loop control, delivering high rigidity, stable performance, and high-precision bending. It supports a wide processing range, efficient production, energy savings, and smart automation integration, making it ideal for modern sheet metal manufacturing.
-Wide working range with micron-level bending accuracy
-Supports smart automation and customized production solutions
-Widely used in electrical cabinets, power systems, and industrial enclosures

The HBD Series combines a high-rigidity frame with a dual-servo oil-electric hybrid system for faster, more precise, and energy-efficient bending. Independent servo motors control the Y1 and Y2 axes separately, delivering quick response, stable synchronization, and excellent forming quality for heavy-duty sheet metal applications.

The All-Electric Servo Press Brake delivers dynamic accuracy up to ±0.01 mm for thin sheet metal and precision parts, making it ideal for 3C electronics, semiconductor, and other cleanroom-sensitive industries.
Powered by a servo motor–driven ball screw system, the machine eliminates hydraulics for oil-free, zero-leakage operation.
The all-electric servo system adjusts power consumption according to the actual load, using minimal energy during idle movement and almost none when stopped.

The HBU Series Dual Servo Hybrid CNC Press Brake combines a high-rigidity machine structure with an advanced servo-hydraulic system to deliver efficient, precise, and reliable bending performance. Designed for heavy-duty sheet metal processing, it ensures long-term stability, reduced energy consumption, and consistent forming quality across demanding industrial applications.

An automated sheet metal bending solution designed for cabinets, enclosures, and various thin sheet applications. The HBI multi-sided bending center enables efficient processing of complex shapes, small-to-medium-sized parts, and high-mix production.
–Universal Tooling: One standard tool set handles multiple bending processes, reducing tooling costs and setup time.
–Multi-Process Bending: Supports flattening, radius bending, box bending, and flanging operations.
–Flexible Production: Ideal for customized orders, small batches, and mass production.

The HLI Series features an innovative three-station design that allows cutting, loading, and unloading to run simultaneously for continuous, high-efficiency production.
Compared with traditional single- or dual-station systems, the HLI Series minimizes waiting time through automatic pallet exchange and uninterrupted material flow, keeping the laser cutting process running at maximum uptime.
Designed for high-volume thin and medium sheet metal processing, it is ideal for sheet metal fabrication, electrical enclosures, home appliances, and engineering machinery industries.

The Robotic Bending Cell integrates an industrial robot with a CNC press brake to automate sheet metal handling, positioning, bending, and stacking within a single workflow.
As a key intermediate process in automated sheet metal production, the system is typically installed downstream of laser cutting and upstream of welding, painting, and other finishing operations, enabling a seamless and efficient manufacturing flow.

The PD series metal pipe fiber laser cutting machine excels in efficiency and precision, integrating advanced laser, engineering, and control technologies for cutting a variety of metal pipes.
The system features secure clamping with digital monitoring, a thermally stable rear chuck, and flexible feeding options for precision.
Additionally, PD series pipe laser cutter supports various operator adjustments and is equipped for both heavy-duty and precise small tube cutting tasks.
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