Dual Block Thermal Cyclers ITCM-4000D series has been used in PCR applications in research and development, food science, pharmaceuticals, life science, animal diagnostics, and analytical laboratories. Features with customized Marlow Peltier heating units and form 4 circuits to control 4 temperature zones with vibrant touch LCD display and maximum...
Dual Block Thermal Cyclers ITCM-4000D series has been used in PCR applications in research and development, food science, pharmaceuticals, life science, animal diagnostics, and analytical laboratories. Features with customized Marlow Peltier heating units and form 4 circuits to control 4 temperature zones with vibrant touch LCD display and maximum ramping rate 5 ℃/s.
Dual Block Thermal Cyclers ITCM-4000D accommodates 96×0.2 ml, 60×0.5 ml, Double 48×0.2 ml,48×0.2 ml + 30×0.5 ml along with 384 well and 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-4005D 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-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.
Dual Block Thermal Cyclers ITCM-4020D 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.
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.
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.
Dual Block Thermal Cyclers ITCM-4035D accommodates 48×0.2 ml + 30×0.5 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.
Dual Block Thermal Cyclers ITCM-4040D accommodates 48×0.2 ml + 30×0.5 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.
Dual Block Thermal Cyclers ITCM-4045D 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-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-4005D 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-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.
Dual Block Thermal Cyclers ITCM-4020D 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.
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.
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.
Dual Block Thermal Cyclers ITCM-4035D accommodates 48×0.2 ml + 30×0.5 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.
Dual Block Thermal Cyclers ITCM-4040D accommodates 48×0.2 ml + 30×0.5 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.
Dual Block Thermal Cyclers ITCM-4045D 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-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.
