RapidX260 Series
The Resonetics RapidX260 Series is a diode-pumped solid-state laser-based laser micromachining system operating at the short UV wavelength of 266nm, designed to fabricate micro-machined components as small as 1 micron feature size. The system can laser machine polymers, glass, sapphire, ruby, silicon, ceramics and metals among others.
The RapidX 260 Series is available in two (2) system configurations. The RapidX260-0.5-266 operates at an average power of 0.5 Watts at 35 kHz at 266nm laser wavelength. The RapidX260-3-266 operated at an average power of 3.0 Watts at 30KHz at 266nm laser wavelength. The maximum repetition rate reaches up to 300 KHz.
The RapidX 260 series was designed for 2-D and 3-D laser micromachining. A typical system is comprised of 200mm x 200mm XY stages with optional Z axis, rotary and goniometer (45 degree tilt), 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 an optical scanner to greatly increase the throughput by a pair of scanning mirrors to deflect the laser beam to the correct position.
Applications
- MEM fabrication
- Microfluidics
- General purpose microfabrication
- Rapid Prototyping
Materials
- Polymers
- Glass
- Sapphire
- Ruby
- Silicon
- Ceramics
- Metals
Machining Capabilities
- 2-D and 3-D machining
- Features from 1 micron to 1mm
- Micro Hole drilling
- Micro milling
- Laser stripping
- Laser Cutting a≠nd trimming
Contact Resonetics for system specifications
and technical details.
RapidX260-0.5-266 Series
The Resonetics RapidX260-0.5-266 Series is a diode-pumped solid-state laser-based laser micromachining system operating at the short UV wavelength of 266nm, designed to fabricate micro-machined components as small as 1 micron feature size. The system can laser machine polymers, glass, sapphire, ruby, silicon, ceramics and metals among others.
The RapidX260-0.5-266 operates at an average power of 0.5 Watts at 35 kHz at 266nm laser wavelength. The maximum repetition rate reaches 200 KHz.
The RapidX 260 series was designed for 2-D and 3-D laser micromachining. A typical system is comprised of 200mm x 200mm XY stages with optional Z axis, rotary and goniometer (45 degree tilt), 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 an optical scanner to greatly increase the throughput by a pair of scanning mirrors to deflect the laser beam to the correct position.
Applications
- MEM fabrication
- Microfluidics
- General purpose microfabrication
- Rapid Prototyping
Materials
- Polymers
- Glass
- Sapphire
- Ruby
- Silicon
- Ceramics
- Metals
Machining Capabilities
- 2-D and 3-D machining
- Features from 1 micron to 1mm
- Micro Hole drilling
- Micro milling
- Laser stripping
- Laser Cutting and trimming
Contact Resonetics for system specifications
and technical details.
RapidX260-3.0-266 Series
The Resonetics RapidX260-3.0-266 Series is a diode-pumped solid-state laser-based laser micromachining system operating at the short UV wavelength of 266nm, designed to fabricate micro-machined components as small as 1 micron feature size. The system can laser machine polymers, glass, sapphire, ruby, silicon, ceramics and metals among others.
The RapidX260-3.0-266 operates at an average power of 3.0 Watts at 30 kHz at 266nm laser wavelength. The maximum repetition rate reaches 300 KHz.
The RapidX 260 series was designed for 2-D and 3-D laser micromachining. A typical system is comprised of 200mm x 200mm XY stages with optional Z axis, rotary and goniometer (45 degree tilt), 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 an optical scanner to greatly increase the throughput by a pair of scanning mirrors to deflect the laser beam to the correct position.
Applications
- MEM fabrication
- Microfluidics
- General purpose microfabrication
- Rapid Prototyping
Materials
- Polymers
- Glass
- Sapphire
- Ruby
- Silicon
- Ceramics
- Metals
Machining Capabilities
- 2-D and 3-D machining
- Features from 1 micron to 1mm
- Micro Hole drilling
- Micro milling
- Laser stripping
- Laser Cutting and trimming
Contact Resonetics for system specifications
and technical details.
