Small-Format High-Speed Microhole Machining System

Customization: Available
After-sales Service: One Year Warranty
Warranty: One Year Warranty

Product Description

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Basic Information

Model NO.
AT-61168
Origin
China
Package Size
150.00cm * 90.00cm * 150.00cm
Gross Weight
2000.000kg

Product Description

The small-format high-speed microhole machining system is a precision micro-machining equipment based on a high-power, high-stability ultraviolet laser. It is particularly suitable for small-format high-speed microhole machining and can also meet large-format machining requirements through a micron-level high-speed linear motor platform. The system integrates advanced laser technology, precision motion control, and online monitoring technology to provide micron-level precision microhole machining solutions for a variety of materials.

Product Features

  • Utilizes high-power, high-stability ultraviolet laser for direct ablation, resulting in a μm-level heat-affected zone and a minimum spot size of 5 μm.
  • Precise galvanometer control of beam deflection for high-speed etching on small formats.
  • Electrically adjustable Z-axis to accommodate varying material thicknesses and 3D etching structures.
  • High-resolution side-axis industrial camera for high-precision focusing and repeatability.
  • Robust marble table top to ensure overall structural stability and long-term precision.
  • Multi-material capability: processes metals, ceramics, organics, glass for etching, drilling, and cutting.
  • Minimum processing line width of 5 μm with a standard range of 50*50 mm.

Product Applications

  • Electronics Manufacturing: Semiconductor flexible circuit board cutting, ITO film etching, microelectronic device manufacturing.
  • Medical Industry: Drug filtration, biosensors, microfluidic chips, CC IT positive sample preparation (pore sizes 1-30 μm).
  • Precision Machinery: Precision micro-mold forming, micro-nozzle processing, microhole filtration components.
  • New Energy: Lithium battery separator microhole processing (pore size ≤ 3 μm), hydrogen fuel cell bipolar plate processing.
  • Scientific Research: Microstructure research, material science experiments, micro-nano manufacturing development.
  • Other Applications: Carbon fiber micro-cutting, PI micro-masking, silicone microneedle molds, precision etching.
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Product Parameters

Category Parameter Specifications (FM-UV3)
LaserWavelength355 nm
LaserPower> 3W @ 40 kHz (3-40W optional)
LaserModulation Frequency1-200 kHz
LaserBeam Quality M²< 1.3
GalvanometerScan Range< 50*50 mm
GalvanometerRepeatability< 1 μm
Z-AxisTravel / Repeatability200 mm / ≤ ±3 μm
ProcessingMinimum Pore Size5 μm
ProcessingProcessing Thickness≤ 0.5 mm
ProcessingMax Depth-to-Width Ratio> 10:1
SystemCooling MethodWater-cooled
DimensionsMachine Size750 * 1100 * 1700 mm
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Service Scope

Technical services, technology development, and consulting in specialized fields including computer software and hardware, optical instruments, and semiconductor device equipment. Professional supply of CNC machine tools, electronic components, electromechanical equipment, and metal cutting/welding solutions. Expertise in functional glass, optical materials, and photovoltaic equipment.
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Detailed Photos

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Frequently Asked Questions

What is the minimum hole size the system can produce?
The system can achieve a minimum processing pore size of 5 μm with a processing accuracy of ± 3 μm.
What materials are compatible with this laser system?
It is capable of processing a wide range of materials including silicon wafers, metals, alloys, ceramics, organics, and glass.
How does the system ensure machining accuracy?
The system utilizes a high-resolution industrial camera (CCD) for precise focusing and a high-stability marble table top to minimize vibrations.
What is the maximum thickness the system can process?
The system is optimized for materials with a thickness of ≤ 0.5 mm, maintaining a high depth-to-width ratio of over 10:1.
What cooling and power supply are required?
The system is water-cooled and requires a standard 220V 50-60Hz 12A power supply with total consumption ≤ 1500W.
Can the system handle 3D structures?
Yes, the Z-axis is electrically adjustable, allowing the system to meet the requirements for etching three-dimensional structures.

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