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DNA Engine PTC-225 Tetrad Thermal Cycler, MJ Research (CAT#: STEM-PEPO-0099-ZJF)

Highlights

4-bay high-throughput thermal cycling
Accommodates Up to 8 individual sample blocks
Up to 1536 samples can be processed simultaneously

Cat Number: STEM-PEPO-0099-ZJF

Application: For PCR

Model: PTC-225

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Description

The manufacturer of the DNA Engine PTC-225 Tetrad Thermal Cycler is MJ Research.
For high-throughput applications or busy labs, the MJ Research DNA Engine PTC-225 or ‘Tetrad’ DNA Engine Tetrad may be the best option. This allows up to eight separate blocks to run synchronous or independent reactions. A compact footprint is maintained by housing the power supply separately outside the chassis, good for tight spaces or robotic applications.
The PTC225 DNA Engine Tetrad harnesses four PTC 200 DNA Engines in a single compact machine. Four alpha units of any type can be loaded into the DNA Engine Tetrad base, one unit into each quadrant of the base. The same factory installed and custom protocols can be run on the DNA Engine Tetrad as on the DNA Engine. Programs can be run independently on any one Alpha unit or simultaneously on all of them.

Specification

Condition: Pre-owned
Thermal Range: -5 to 105C, but no more than 30C below ambient temperature
Thermal Accuracy: +/-0.3C of programmed target at 90C
Thermal Uniformity: +/-0.4C well-to-well within 30 seconds of arrival at 90
Ramping Speed: Up to 3C/sec
Sample Capacity: Four Alpha Block, Holds 96 x 0.2 ml tubes or one 96-well microplate/Block
Line Voltage: 10A @ 200-240 VAC, 50-60Hz
Ports: One 25-pin 8-bit parallel interface printer port & RS-232 serial port

Features

4-bay high-throughput thermal cycling
Accommodates Up to 8 individual sample blocks
Up to 1536 samples can be processed simultaneously
Internal power supply-no separate “boxes” to accommodate
High-density color display and on-board mousepad, with point-and-click navigation of software
Real-time monitoring of cycling temperature
Extraordinary temperature uniformity of 0.4C within 30 seconds of arrival at 90C, well-to-well average
0.5C for dual block Alphas).
Superb thermal accuracy of blocks within 0.3C of NIST standard at 90C, average across block (0.4C for dual block Alphas).
Thermal range of -5 to 105C
Rapid ramp rates of up to 3.0C/sec

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