Mini Thermal Cycler FM-MTC-A101
Mini Thermal Cycler FM-MTC-A101 features a 96-well block compatible with 0.2 mL tubes and plates. It offers dual-mode temperature control for precise performance in different volume conditions. Its fast-ramping speed reaches up to 5.5°C/sec, accelerating workflows. Stable semiconductor-based control ensures high accuracy and well uniformity. This compact, powerful tool delivers dependable results across challenging lab setups.
Specifications
| Sample capacity | 96 well×0.2 mL (full-skirted plate, half-skirted plate, non-skirted plate; 12×8 strip tubes, 8×12 strip tubes, single tube) |
| Technology program | Thermoelectric semiconductor technology |
| Monitor | Colour touch screen (7 inch) |
| Screen adjustability | Fixed |
| Block temperature range | 4 to 99.9 °C |
| Maximum ramp temperature | 5°C/s |
| Temperature distribution | ±0.3°C (55°C) |
| Gradient | 36°C maximum and accuracy is ±0.5°C |
| Temperature accuracy | ≤±0.1°C(55°C) |
| Temperature control mode | Block mode, tube mode |
| Ramp rate adjusting range | 0.1 to 4.5 °C |
| Program capacity | Infinite |
| Maximum cycles | 99 |
| Time increase/decrease | 0.1min to 9min59s, long PCR is available |
| Temperature increase/decrease | 0.1 to 9.9°C, touchdown PCR is available |
| Auto pause/power off protection | Available |
| 4°C reservation | Available |
| Real time operation status display | Graph-text |
| Hot lid temperature range | Room temperature +5 to 110°C |
| Hot lid temperature display accuracy | 0.1°C |
| Intelligent hot lid | Hot lid shut off automatically when product is preserved at low temperature or program ends |
| Communication interface | USB |
| Power consumption | 600W |
| Power supply | 100 to 240VAC, 50/60Hz |
| Dimension (L×B×H) | 280×187×190 mm |
| Weight | 7 kg |
Features
- Compact and lightweight
- High strength mechanical buckle
- Unique rear outlet design
- Flexible program setting
Applications
- Mini Thermal Cycler FM-MTC-A101 is ideal for food safety testing, scientific research, clinical diagnostics, forensic identification, and epidemic monitoring to ensures precise thermal cycling in laboratories and field setups.