Laser Micromachining
Precise micro-cutting dimensions for target applications with stable quality and low thermal impact.
Hortech's laser micro-cutting equipment is capable of precision contour cutting on thin, hard, and brittle materials with minimal thermal effects and no recast residue. The system also supports high-aspect-ratio and high-verticality machining.
The technology can process composite materials to create high value-added applications and achieve demanding manufacturing requirements.
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3-in-1 Multifunction Automatic Laser Cutting, Drilling, and Engraving Machine for Metal
Product Features
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Stable long-term production performance
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Professional customized machine design for high-yield manufacturing
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Rigid and stable granite structure
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High-power laser source and focusing head
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Modular system design
Functions
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Automatic drilling for sheet metal components
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Metal sheet cutting and processing
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Laser engraving
Specifications
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Laser Type: 6 kW fiber laser (IPG or Trumpf) or disk laser
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XY Motion Platform: High-precision linear motion system with ball screw or gear drive, customizable according to customer requirements
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Z-Axis Platform: Ball screw travel range 100–300 mm, accuracy ±10 μm
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Focusing Head: Direct beam focusing for general metal cutting
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Laser Engraving Head: Optical path and scanning engraving system
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CNC Controller: Laser motion control system (Fagor, Siemens, or Taiwan-made brands)
#Laser Metal Cutting Machines #Metal Drilling #Laser Metal Engraving
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FPC Laser Cutting Machine
This system is designed for precision contour cutting of flexible materials. Using patented synchronized energy-position laser triggering technology, laser energy is evenly distributed along the cutting path to minimize thermal effects. This significantly improves processing quality for heat-sensitive organic materials.
As modern lightweight and compact products increasingly adopt flexible substrates and curved structural designs, conventional stamping processes face limitations in achieving precision contour cutting on flexible materials. In contrast, cold laser micro-cutting is especially suitable for complex curved and irregular shape processing with high precision.
Cold laser micro-cutting is particularly effective for flexible and heat-sensitive materials. By synchronizing laser output with motion trajectories in real time, thermal impact can be minimized throughout the process.
The system design includes optimization of laser parameters, wavelength selection, process control, motion synchronization, dust removal, environmental control, and cooling solutions to achieve optimal processing performance.
Product Features
- Cold laser processing technology
- Optimized manufacturing process
- Synchronized energy-position laser triggering
Applications
- PI contour cutting
- PET contour cutting
- PMMA contour cutting
- Precision contour micro-cutting for organic materials
- Polarizer film cutting
#Organic Material Precision Micro-Cutting #PI Film Cutting #Polarizer Film Cutting #PET Film Cutting
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2D Precision Metal Laser Cutting Machine
Conventional laser cutting systems are primarily designed for traditional steel fabrication and rough machining applications where ultra-high precision is not required. This 2D laser cutting system is specifically developed for precision cutting of special metals and alloys according to designated patterns and dimensional requirements, including aluminum alloy contour machining and indium foil cutting.
The system supports curved and irregular contour cutting based on CAD patterns, requiring synchronized control of laser pulses and XYZ-axis motion for smooth and accurate processing. Real-time laser and motion integration enables the high precision demanded by aerospace and precision industrial applications, while overcoming the limitations and long processing times of conventional CNC machining.
High-precision sheet metal cutting and curved contour processing are difficult to achieve using traditional CNC or standard laser cutting systems and often result in lower production yield. This 2D contour laser cutting system addresses these challenges through real-time multi-axis motion control and precise point-to-line contour cutting across two-dimensional surfaces.
Product Features
- Precision contour cutting based on custom patterns
- Cutting accuracy < ±5 μm at 500 × 500 mm, customizable according to requirements
- 2D calibration for full-area contour cutting accuracy
- 3D mapping compensation for surface flatness correction
- Patented position-based synchronized laser energy control technology
Applications
- Aerospace aluminum alloy cutting
- Special alloy material cutting
- Curved contour cutting for metal sheets
- Precision flat sheet metal cutting
- Precision metal alloy cutting
#Precision Flat Sheet Metal Cutting #Precision Metal Alloy Cutting
