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ARTP-M — Atmospheric Room Temperature Plasma Mutagenesis Breeding Machine
ARTP-M — Atmospheric Room Temperature Plasma Mutagenesis Breeding Machine

ARTP-M — Atmospheric Room Temperature Plasma Mutagenesis Breeding Machine

Accelerate Evolution. Amplify Results.

Unlock next-generation microbial strain development with the ARTP-M, the world’s first instrument dedicated to plasma-based microbial mutagenesis. Jointly developed by Tmaxtree and the Tsinghua University team, the ARTP-M utilizes Atmospheric Room Temperature Plasma (ARTP) technology to deliver high-efficiency mutagenesis with exceptional safety, simplicity, and speed. Unlike traditional low-pressure plasma systems, ARTP technology ensures low-temperature plasma jets, uniform discharge, and a high concentration of reactive particles, enabling you to build large-capacity mutation libraries within minutes. Whether you're enhancing industrial strains, optimizing chassis cells, or speeding up bioengineering R&D, the ARTP-M is your platform for rapid evolutionary breeding.

 

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ARTP-M — Atmospheric Room Temperature Plasma Mutagenesis Breeding Machine

Technical Highlights

  • Plasma Type: Atmospheric Room Temperature Plasma (ARTP)
  • Mutagenesis Speed: Mutation libraries generated in just a few minutes
  • Temperature Profile: Low-temperature operation to protect delicate strains
  • Output: High concentration of chemically active plasma particles
  • Operation: Plug-and-play usability with minimal training required
  • Design: Compact footprint; enclosed for lab safety compliance

Ideal Applications

  • Microbial strain improvement for industrial biotechnology
  • Genetic enhancement of chassis cells
  • Construction of large-capacity mutant libraries
  • Evolutionary engineering for pharmaceuticals, enzymes, or fermentation
  • Research and development in synthetic biology and molecular breeding
     

Features

  • Rapid Mutagenesis: High mutation efficiency within minutes; no thermal damage to target strains.
  • High-Throughput Evolution: Seamlessly integrates with screening tools to accelerate evolutionary cycles.
  • Low-Temperature Plasma Jet: Ensures safe treatment of temperature-sensitive microorganisms.
  • Uniform Discharge & High Reactivity: More consistent results across a wide range of organisms.
  • Compact and Safe Design: Easy to operate, space-saving footprint with built-in safety measures.
  • Large Library Capacity: Enables generation of high-density mutant libraries from a single run.
  • Co-developed with Tsinghua University: Based on cutting-edge research and industry collaboration.
     

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