Laser Cutter Series
The Resonetics Laser Cutter Series is a diode-pumped solid-state (DPSS) laser-based micromachining system designed to singulate polymer-based circuits from polymer, glass, ceramic or metal-based substrates.
The Laser Cutter Series is available in two (2) system configurations: Laser Cutter 0.5-355 and Laser Cutter 7-355, depending upon the average power of the DPSS laser. Average power of the lasers range from 0.5 Watts to 7 Watts with the laser wavelength of 355nm. The laser repetition rates range from 0 to 200 kHz.
The choice of laser power depends upon the process throughput requirements and cut quality.
The Laser Cutter series is designed to singulate devices from a substrate with a maximum size of 300mm x 300mm. The typical laser spot size is 10 to 15 microns in diameter. The system is comprised of 300mm x 300mm XY stages with optional Z axis, rotary and optical scanner, permitting the most complex geometries to be machined. The system includes a user-friendly CAD conversion software package to allow the CAD drawing to be converted directly to machine code. The system has a camera vision system for part alignment and process viewing.
The system offers several options such as autofocus and automated machine vision for part alignment and inspection.
Applications
- Flexible Circuit excising
- Polymer circuit excising
- Via hole drilling
- Slot hole drilling
Materials
Machining Capabilities
- Part singulation
- Via hole drilling
- Slot Hole drilling
- Laser Cutting and trimming
Contact Resonetics for system specifications
and technical details.
Laser Cutter 0.5-355
The Resonetics Laser Cutter 0.5-355 is a diode-pumped solid-state (DPSS) laser-based micromachining system designed to singulate polymer-based circuits from polymer, glass, ceramic or metal-based substrates.
The Laser Cutter 0.5-355 utilizes a DPSS laser operating at 1W at 60 KHz at a laser wavelength of 355nm.
The Laser Cutter series is designed to singulate devices from a substrate with a maximum size of 300mm x 300mm. The typical laser spot size is 10 to 15 microns in diameter. The system is comprised of 300mm x 300mm XY stages with optional Z axis, rotary and optical scanner, permitting the most complex geometries to be machined. The system includes a user-friendly CAD conversion software package to allow the CAD drawing to be converted directly to machine code. The system has a camera vision system for part alignment and process viewing.
The system offers several options such as autofocus and automated machine vision for part alignment and inspection.
Applications
- Flexible Circuit excising
- Polymer circuit excising
- Via hole drilling
- Slot hole drilling
Materials
Machining Capabilities
- Part singulation
- Via hole drilling
- Slot Hole drilling
- Laser Cutting and trimming
Contact Resonetics for system specifications
and technical details.
Laser Cutter 7-355
The Resonetics Laser Cutter 7-355 is a diode-pumped solid-state (DPSS) laser-based micromachining system designed to singulate polymer-based circuits from polymer, glass, ceramic or metal-based substrates.
The Laser Cutter 7-355 utilizes a DPSS laser operating at 7W at 60 KHz at a laser wavelength of 355nm.
The Laser Cutter series is designed to singulate devices from a substrate with a maximum size of 300mm x 300mm. The typical laser spot size is 10 to 15 microns in diameter. The system is comprised of 300mm x 300mm XY stages with optional Z axis, rotary and optical scanner, permitting the most complex geometries to be machined. The system includes a user-friendly CAD conversion software package to allow the CAD drawing to be converted directly to machine code. The system has a camera vision system for part alignment and process viewing.
The system offers several options such as autofocus and automated machine vision for part alignment and inspection.
Applications
- Flexible Circuit excising
- Polymer circuit excising
- Via hole drilling
- Slot hole drilling
Materials
Machining Capabilities
- Part singulation
- Via hole drilling
- Slot Hole drilling
- Laser Cutting and trimming
Contact Resonetics for system specifications
and technical details.
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