Product Details:
Minimum Order Quantity | 1 Piece |
Brand | VOXX LAB |
Model Name/Number | VL-32+ |
Sample Capacity/Format | 32 |
Volume Thermal Block Sample | 0.2 mL |
VL-32+ series Mini PCR instruments is an ultra-light ultra-thin thermal cycle gene Amplification instrument. Using 5-inch TFT high-definition true colour full touch LCD screen. The whole program displays in real time with curve graph, parameter modification intuitive and convenient.
Sample capacity: 32×0.2ml
Max. heating rate: 6???/s
Max. cooling rate: 5???/s
Temp. uniformity: ±0.25???
Temp. accuracy: ±0.20???
Max. steps of the program: 30
Gradient temp. range: 30~99.9???
Dimensions: W.200×D.230×H.85mm
Net weight: 3.2kgs
Additional Information:
Product Details:
Brand | Voxx Lab |
Model Name/Number | VL-96E |
Sample Capacity/Format | 96 wells |
Volume Thermal Block Sample | 0.2 mL |
Gradient PCR instrument is a gene amplification instrument with gradient PCR function derived from ordinary PCR instrument. It is widely used in molecular biology, criminal investigation, disease research and other fields.
Interface display:The 5-inch TFT high-definition full-touch color screen can quickly edit the required files, temperature curve visual display, the setting is convenient and fast, real-time accurate display temperature curve and instrument operation process status.
The system has a built-in gradient calculator, which can easily obtain accurate annealing temperature for different experimental samples to optimize PCR reaction conditions. User login, rights management, password protection, data security, administrators can clear users, large data storage; the maximum number of files that can be stored in the machine is greater than 100.Realtime display of gradient temperature distribution, real-time temperature display, more conducive to controlling the sample temperature. The hot lid temperature and working mode can be set, hot lid can be switched on and off, and test tube temperature control mode and module temperature control mode can be choose to meet more different experimental requirements.
Additional Information: