Iris Thermal cycler is a laboratory instrument used in PCR as well as gene cloning application, processing DNA for sequencing, detecting the presence or absence of a gene to help identify pathogens during infection, and generating forensic DNA profiles from tiny samples of DNA. Offers a choice of an advanced thermal cycler, touch thermal cycler, r...
Iris Thermal cycler is a laboratory instrument used in PCR as well as gene cloning application, processing DNA for sequencing, detecting the presence or absence of a gene to help identify pathogens during infection, and generating forensic DNA profiles from tiny samples of DNA. Offers a choice of an advanced thermal cycler, touch thermal cycler, real-time PCR thermal cycler to encounter different kinds of PCR methods.
Available in gradient and in- gradient option. Designed with holes that holding the PCR tubes with the reaction mixture. Ability to increases and decrease the temperature of the block in separate, pre-programmed stages. Developed to meet the highest standards in reliability, precision and block uniformity in the long term. The use of these instruments guarantees accurate and consistent results. All instruments come with a 7-inch color touch screen and an easy-to-use software interface. Its features include the combination of ultra-fast heating and cooling rates, the wide range of exchangeable block modules and the professional user management system.
qGene Thermal Cyclers ITCL-2040 has been used in PCR applications in research and development, food science, pharmaceuticals, life science, animal diagnostics, and analytical 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.
qGene Thermal Cyclers ITCL-2080 has been used in PCR applications in research and development, food science, pharmaceuticals, life science, animal diagnostics, and analytical laboratories.
qLab Thermal Cyclers ITCL-1200 accommodates 96×0.2 ml +77×0.5 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.
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.
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.
Gradient Thermal Cyclers ITCG-1010 accommodates 96×0.2 ml, and this block are completely independently of each other and without interference.
Gradient Thermal Cyclers ITCG-1110 accommodates 96×0.2 ml, and this block are completely independently of each other and without interference.
Gradient Thermal Cyclers ITCG-1210 accommodates 96×0.2 ml + 77×0.5 ml, and this block are completely independently of each other and without interference.
Gradient Thermal Cyclers ITCG-1310 accommodates 96×0.2 ml + 77×0.5 ml, and this block are completely independently of each other and without interference.
Gradient Thermal Cyclers ITCG-1410 accommodates 54×0.5 ml, and this block are completely independently of each other and without interference.
Gradient Thermal Cyclers ITCG-1510 accommodates 54×0.5 ml, and this block are completely independently of each other and without interference.
qGene Thermal Cyclers ITCL-2040 has been used in PCR applications in research and development, food science, pharmaceuticals, life science, animal diagnostics, and analytical 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.
qGene Thermal Cyclers ITCL-2080 has been used in PCR applications in research and development, food science, pharmaceuticals, life science, animal diagnostics, and analytical laboratories.
qLab Thermal Cyclers ITCL-1200 accommodates 96×0.2 ml +77×0.5 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.
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.
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.
Gradient Thermal Cyclers ITCG-1010 accommodates 96×0.2 ml, and this block are completely independently of each other and without interference.
Gradient Thermal Cyclers ITCG-1110 accommodates 96×0.2 ml, and this block are completely independently of each other and without interference.
Gradient Thermal Cyclers ITCG-1210 accommodates 96×0.2 ml + 77×0.5 ml, and this block are completely independently of each other and without interference.
Gradient Thermal Cyclers ITCG-1310 accommodates 96×0.2 ml + 77×0.5 ml, and this block are completely independently of each other and without interference.
Gradient Thermal Cyclers ITCG-1410 accommodates 54×0.5 ml, and this block are completely independently of each other and without interference.
Gradient Thermal Cyclers ITCG-1510 accommodates 54×0.5 ml, and this block are completely independently of each other and without interference.
