qLab Thermal Cyclers ITCL-1300 designed with a 96-well block, with the availability of a gradient function. The most popular block dual 96/96 well block is capable of holding up to 96×0.2 ml tubes on either side along with 77×0.5 ml, 60×0.5 ml and 384 well, with each side acting as its own independent thermal cycler, with a programmable thermal gradient for optimizing annealing or denaturing temperatures. The combination of excellent technical data and an attractive price makes it the right choice for many research and routine laboratories.
qLab Thermal Cyclers ITCL-1100 accommodates 96×0.2 ml, and this block are completely independently of each other and without interference. Fabricated with anodizing technology that has prompt heating conducting and adequate corrosion resistance property.
Data sheet
| Model | ITCL-1100 | ITCL-1200 | ITCL-1300 | ITCL-1400 | ||
| Capacity | 96×0.2 ml | 96×0.2 ml +77×0.5 ml | 60×0.5 ml | 384 well | ||
| Display | LCD, 8 inch, 800×600 pixels, | |||||
| Temperature Range | 0 to 100? | |||||
| Number of Program | 10000 +(USB FLASH) | |||||
| Uniformity | ? ± 0.2? | |||||
| Accuracy | ? ± 0.1? | |||||
| Resolution | 0.1? | |||||
| Number of Cycle | 100 | |||||
| Number of Step | 30 | |||||
| Holding Temperature | 4? | |||||
| Temperature Control | BlockTube | |||||
| Heating Rate | 4.5?/s | |||||
| Cooling Rate | 4?/s | |||||
| Ramping Rate Adjustable | 0.1 to 4.5? | |||||
| Gradient Temp. Range | 30 to 100? | |||||
| Gradient Uniformity | ?±0.2? | |||||
| Gradient Accuracy | ?±0.2? | |||||
| Gradient Spread | 1 to 30? | |||||
| Hot Lid Height Adjustable | Step less Adjustable | |||||
| Hot Lid Temperature | 30 to 110? | |||||
| Connectivity | USB 2.0, LAN | |||||
| Temp Increment/Decrement | 0.1 to 10.0? | |||||
| Increase/Decrease in Time | 1 Sec to 600 Sec | |||||
| Power consumption | 600 W | |||||
| Overall Dimensions | 390×270×255 mm | |||||
| Net Weight | 8.5 kg | |||||
| Shipping Dimensions | - | |||||
| Shipping Weight | - | |||||
| Electrical Requirements | AC 85 to 264 V/47, 63 Hz | |||||
| Catalogue No. | 620050503 | 620051003 | 620051503 | 620052003 | ||
qLab Thermal Cyclers ITCL-1400 accommodates 384 well, and this block are completely independently of each other and without interference. Fabricated with anodizing technology that has prompt heating conducting and adequate corrosion resistance property.
Dual Block Thermal Cyclers ITCM-4050D accommodates 384 well, In-situ Plate, this block is completely independently of each other and without interference Fabricated with anodizing technology that have prompt heating conducting and adequate corrosion resistance property.
Dual Block Thermal Cyclers ITCM-4030D accommodates 2×48×0.2 ml, this block is completely independently of each other and without interference Fabricated with anodizing technology that have prompt heating conducting and adequate corrosion resistance property.
Real-Time PCR System 6 Channel ITR-6000 has been used in immunology, HGP, forensic medicine, oncology, histology, population biology, paleobiologic, zoology, botany and clinical diagnosis of viruses, tumours and hereditary disorder.
Trio Block Thermal Cyclers ITCM-4010T equipped with three independent blocks in one instrument. Both multiuser environments, as well as users with lower sample numbers but different samples, will enjoy this model.
The Iris ITR-1020 real time PCR is applicable for real-time detection in farming, breeding, pasteurization, and water sources along with other useful application for detecting and diagnosis epidemic disease, inspection and quarantine in the field of food safety and R & D sectors.
The Iris ITR-1010 real time PCR is applicable for real-time detection in farming, breeding, pasteurization, and water sources along with other useful application for detecting and diagnosis epidemic disease, inspection and quarantine in the field of food safety and R & D sectors
The Iris Advanced Thermal Cyclers ITCP-5100 is designed with 3 different gradient system including nonlinear gradient, dynamics gradient, and 2D gradient. Suitable for the denaturation, enzymes cutting, enzymes link and ELISA assay applications. Offer high heating and cooling rate with the Peltier design unit. Equipped with 11 standard programs for fast editing in particular programs.
Real-Time PCR System 2 Channel ITR-2000 has been used in immunology, HGP, forensic medicine, oncology, histology, population biology, paleobiologic, zoology, botany and clinical diagnosis of viruses, tumours and hereditary disorder.
Dual Block Thermal Cyclers ITCM-4025D accommodates 60×0.5 ml, this block is completely independently of each other and without interference Fabricated with anodizing technology that have prompt heating conducting and adequate corrosion resistance property.
Gradient Thermal Cyclers ITCG-3000 has been used in PCR applications in research and development, food science, pharmaceuticals, life science, animal diagnostics, and analytical laboratories.
Advanced Thermal Cyclers ITCP-6000 has been used in rapid outdoor detection, all kinds of isothermal amplification of DNA/RNA. Mainly used in Gene amplification with the highest flexibility.
Gradient Thermal Cyclers ITCG-1410 accommodates 54×0.5 ml, and this block are completely independently of each other and without interference.
Dual Block Thermal Cyclers ITCM-4010D accommodates 96×0.2 ml, this block is completely independently of each other and without interference Fabricated with anodizing technology that have prompt heating conducting and adequate corrosion resistance property.
Dual Block Thermal Cyclers ITCM-4015D accommodates 60×0.5 ml, this block is completely independently of each other and without interference Fabricated with anodizing technology that have prompt heating conducting and adequate corrosion resistance property.
Gradient Thermal Cyclers ITCG-1510 accommodates 54×0.5 ml, and this block are completely independently of each other and without interference.
qLab Thermal Cyclers ITCL-1300 accommodates 60×0.5 ml, and this block are completely independently of each other and without interference. Fabricated with anodizing technology that has prompt heating conducting and adequate corrosion resistance property.
