Desktop microfluidic CO₂ laser engraving and cutting machine
Contact Info
- ,
- 何先生
- 13332899187
- hzz@huazhizun.com
Biochip Laser Engraving Machine - Desktop CO2 Laser Engraving and Cutting Machine
Product Overview
The biochip laser engraving machine is a desktop CO2 laser processing equipment specially designed for the microfluidics industry. It integrates high-precision engraving, cutting and punching functions, and is suitable for rapid prototyping and small-batch production of biochips and microfluidic chips. The equipment adopts non-contact processing technology combined with micron-level motion control, which can efficiently complete the processing requirements of complex structures such as microchannels and reaction chambers, providing reliable technical support for fields such as biomedicine, chemical analysis and environmental monitoring.
Core Advantages
1. Micron-level precision, suitable for complex structures
Equipped with a 30W sealed CO2 laser source (American SYNRAD), the minimum processing accuracy reaches 20μm, and it supports 0.1mm line width engraving, easily realizing the processing of fine flow channels and functional units of microfluidic chips. The high-speed servo system and automatic focusing technology ensure processing stability and repeatability, meeting scientific research and industrial grade standards.
2. Wide material compatibility, non-contact and pollution-free
It is compatible with a variety of commonly used microfluidic materials such as glass, PDMS (silica gel) and PET, with a thickness range of 0.1-20mm. Non-contact processing avoids material deformation or pollution caused by mechanical stress, and is especially suitable for chip manufacturing with high biocompatibility requirements.
3. Intelligent control, efficient and convenient
It is equipped with a multi-functional software system (Windows driver), supports direct import of design files such as AutoCAD and CorelDRAW, and automatically generates processing paths. The workbench (450×310mm) is easy to operate and space-saving, suitable for laboratory environments.
4. Compact design, low energy consumption operation
The desktop structure (450×310mm), air-cooled cooling system and low-noise design ensure that the equipment operates efficiently in a limited space, with low energy consumption, and the comprehensive cost is reduced by 50% compared with traditional photolithography processes.
Application Scenarios
- Biomedicine: Microchannel processing of cell culture chips and organ chips, supporting single-cell manipulation and high-throughput screening.
- Point-of-Care Testing (POCT): Rapid engraving of paper-based microfluidic chips, precision molding of fluorescence detection channels.
- Environmental monitoring: Customized production of microreactors and sensor chips, adapting to the detection needs of trace pollutants.
- Scientific research and education: Microfluidic prototype verification and teaching model production in university laboratories, with free training and technical support.
Technical Parameters
- Laser type: CO2 laser (wavelength 10.6μm)
- Power: 30W (adjustable, supports 0-100% multi-gear adjustment)
- Processing area: 450×310mm (custom expansion supported)
- Positioning accuracy: ±20μm, resolution 2000DPI
- Compatible materials: glass/PDMS/ceramics, etc.
- Software support: automatic path generation, multi-file storage
Services and Support
We provide free sample proofing, on-site installation and debugging, one-year整机 warranty, lifetime maintenance and driver upgrade services. We help accelerate the entire process of microfluidic technology from R&D to mass production.
Conclusion
In the era of rapid development of microfluidic technology, the biochip laser engraving machine has become a core tool in the scientific research and industrial fields with its characteristics of precision, efficiency and flexibility. In the future, with the integration of intelligent and high-power laser technology, the equipment will further promote the integration and functional innovation of microfluidic chips, injecting new impetus into life science and precision medicine.
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