Equipment Introduction

This machine is equipped with an advanced 5-axis motion system, integrating a CNC control system, laser galvanometer head, linear motor stage, vision alignment system, and vacuum chuck.
The configuration ensures high stability and positioning accuracy during processing, meeting the requirements of precision applications.
An ultra-short pulse UV laser (cold processing) is used to minimize thermal effects, effectively preventing material discoloration and heat damage.
The system is designed for easy operation and low maintenance, improving overall production efficiency.
It can perform large-format precision cutting, and drilling of various patterns and sizes.

Application Industries

This model is mainly used for high-speed and high-precision cutting of various ultra-thin ceramics. It can also be applied to scribing and etching micro-processing on the surfaces of silicon wafers, ceramics, sapphire, glass, metals, and high-molecular materials.

Internal Structure Diagram of the Equipment

Technical Parameters

Item	Parameter
Laser	355nm Nanosecond ultraviolet(10-30w)
Processing Area	300x300mm
Single Cutting Area	50x50mm
Minimum focused spot	20μm
Minimum etching linewidth	15μm
Laser frequency range	500Hz-2000kHz
Table positioning accuracy	±3um
Table repeatability	±2um
Z-axis travel	50mm
CCD auto-positioning accuracy	±3um
Scanning speed	Maximum speed 7000mm/s
Equipment dimensions	1400mmL×1500mmW×1800mmH (about 1500kg))
Adsorption system	Fan airflow 100m3/h
Chiller	The water chiller has a temperature control range of 18℃~24℃ and a temperature control accuracy of ≤0.2℃.
Electricity usage requirements	220V,50HZ,4KW
Software system	It features galvanometer scanning and platform movement linkage; it also has functions for controlling laser processing parameters; and it meets CAD file import requirements, accommodating drawings larger than 1GB for processing.
Processable file formats	Standard DXF file

Main Equipment Configuration

Serial Number	Subsystem Name	Quantity
1	Digital Marking Head	1 set
2	Solid-State Laser	1 set
3	Chiller	1 unit
4	Other	1 set
5	Equipment accessories	1 set
6	Packaging	1 set

Sample Images

Laser cutting of SOFC and SOEC battery plate

HTCC and LTCC green sheets laser drilling and marking

FAQ

Q1: Difference between nanosecond and picosecond UV lasers

A1: The main difference is pulse duration. Nanosecond lasers (10⁻⁹ s) work via thermal processing, with some heat-affected zone (HAZ) and occasional melting. Picosecond lasers (10⁻¹² s) enable "cold processing," producing minimal HAZ and smoother edges. Nanosecond lasers are cost-effective for standard precision parts, while picosecond lasers suit ultra-precise applications like sapphire or FPC cutting.

Q2: Advantages of UV lasers over infrared or fiber

A2: UV lasers (355nm) excel in three areas:

Cold processing: Breaks molecular bonds directly, reducing melting, charring, and microcracks.
High precision: ±1μm positioning, cutting lines as fine as 50μm.
Versatility & eco-friendly: Works on metals and non-metals, non-contact, no dust or fluids, RoHS/REACH compliant.

Q3: Materials UV nanosecond lasers can cut

A3: Compatible with a wide range of metals, non-metals, and composites:

Metals: Steel, copper, aluminum, stainless steel.
Non-metals: Glass, ceramics, plastics (ABS, PET, LCP), rubber, resin.
High-precision materials: PCB/FPC, semiconductors, silicon chips, 5G materials.
Special materials: Carbon fiber, diamond, heat-sensitive advanced materials.

Q4: Is UV laser harmful? Safety measures

A4: Direct UV exposure can harm eyes and skin. Our machines are safe with:

Closed processing chamber
UV-blocking filter windows
Laser interlocks and emergency stops
ANSI Z136.1 compliance
Operators should follow standard precautions, including protective goggles.

Q5: Differences by laser power (3W, 5W, 10W+)

A5: Power affects speed, depth, and material suitability:

Low (1-3W): Ultra-fine, heat-sensitive materials, slow speed, high resolution.
Medium (3-10W): Balanced speed and precision, suitable for most plastics, glass, metals.
High (10W+): Thick or hard materials, fast cutting, deeper cuts, higher cost and cooling needs.

Q6: Does the UV laser cutter support sample testing?

A6: Yes, we offer sample testing to ensure the laser meets your material and precision requirements before purchase.

Q7: What is the warranty or shelf life of the laser cutter?

A7: Our UV nanosecond lasers come with a standard 12-month warranty and long-term component support. Proper maintenance ensures many years of reliable operation.

Q8: Is operator training provided?

A8: Yes, we provide full training on operation, maintenance, and safety, either on-site or online, to help your team quickly use the equipment efficiently

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