Used MJ RESEARCH DNA Tetrad 2 / PTC-240 #9291838 for sale

MJ RESEARCH DNA Tetrad 2 / PTC-240 is a lab equipment accessory designed for use in PCR amplification, cloning, and DNA sequencing procedures. This precision instrument utilizes a patented High-Ratio (HR) technology to yield up to four times the throughput of manual DNA separation. MJ RESEARCH Tetrad 2 / PTC-240 offers automated thermal control, a rugged construction to withstand high-volume usage, and a user-friendly design that streamlines lab processes. DNA Tetrad 2 / PTC-240 consists of two main components: an ergonomically-designed controlul unit, and a linear micro-titer plate platform that holds up to 240 small vials. The control unit features an intuitive touchscreen interface to quickly set up and regulate both temperature and time parameters in line with lab procedures. It also has a built-in cooling equipment to ensure PCR reactions are conducted at the optimal temperature for desired results. The micro-titer plate platform of MJ RESEARCH DNA Tetrad 2 / PTC-240 is fitted with direct thermal cells for maximum temperature control accuracy. This precision platform also features a time-continuous agitation system with variable-speed control, which eliminates cross-contamination from sample-to-sample in high throughput applications. The laboratory technician can also use pre-programmed protocols or create custom programs to suit specific lab requirements. In terms of safety, DNA Tetrad 2 / PTC-240 is designed with a double-door access unit, an insulated aluminum lid, and a powerful fluorescence filter to reduce potential exposure to biohazards in the laboratory. Finally, this equipment has been CE, CSA, and UL approved for safe and reliable use across multiple labs and settings. Overall, MJ RESEARCH DNA Tetrad 2 / PTC-240 is perfect for lab technicians looking for an efficient and reliable way to conduct high-throughput PCR, cloning, and DNA sequencing processes in their lab. With its advanced thermal control and direct agitation machine, technicians can be confident they will achieve consistent and accurate results every time.