1. For low temperature sample addition, medium and high temperature incubation reactions.
2. With 3 independ heating blocks and wide temperature range.
3. The high-quality Peltier and precise temperature calibration technology.
4. With compound liquid cooling circulation system.
5. It can achieve rapid temperature changes and stable thermal conditions.
6. The flux of 1.5/2.0 ml wells in the high temperature heating block is added to enable the high temperature denaturation and incubation reactions of multiple samples.
7. The low-temperature area can be equipped with various metal tube racks for low-temperature sample addition and low-temperature cell incubation reactions.
8. Blocks modules sold separately:
* Note: It is recommended to use with Metal Block (1.5 ml/2 ml, 10-well) (SKU: GS40501SA), and Metal Block (0.2 ml, 96-well) (SKU: GS40101SA).
NaCha Pro
Digital Dry Bath Incubator Block Heater with Touch Screen
The NaCha Pro Multi-Temp Platform has 3 independent temperature areas. You can easily set the reaction temperature and time of each temperature area by tapping the screen. It is recommended for low temperature sample addition, and medium and high temperature incubation reactions.
Features:
1. For low temperature sample addition, medium and high temperature incubation reactions.
2. With 3 independ heating blocks and wide temperature range.
3. The high-quality Peltier and precise temperature calibration technology.
4. With compound liquid cooling circulation system.
5. It can achieve rapid temperature changes and stable thermal conditions.
6. The flux of 1.5/2.0 ml wells in the high temperature heating block is added to enable the high temperature denaturation and incubation reactions of multiple samples.
7. The low-temperature area can be equipped with various metal tube racks for low-temperature sample addition and low-temperature cell incubation reactions.
8. Blocks and modules sold separately:
* Note: It is recommended to use with Metal Block (1.5 ml/2 ml, 10-well) (SKU: GS40501SA), and Metal Block (0.2 ml, 96-well) (SKU: GS40101SA).
Accurate and uniform temperature
The high-quality Peltier and precise temperature calibration technology, combined with the compound liquid cooling circulation system, can effectively ensure the accuracy of temperature control and the temperature uniformity between the holes, and achieve rapid temperature changes.
Outstanding temperature control
NaCha Pro has a wide temperature range of 4~99.9 ℃ and the medium temperature zone can accomplish continuously temperature change.
The low-temperature area can be equipped with various metal tube racks for low-temperature sample addition and low-temperature cell incubation reactions. It can support your experiments in all directions and help to obtain stable and accurate results.
High flux and convenient operation
Multi-step reaction can be completed on this one machine. At the same time, the flux of 1.5/2.0 ml wells in the high temperature area is added to enable the high temperature denaturation and incubation reactions of multiple samples. And 0.2mL tubes suit the medium-temperature area.
*Recommended matching accessories
It is recommended to use with Metal Block (1.5 ml/2 ml, 10-well) (SKU: GS40501SA), and Metal Block (0.2 ml, 96-well) (SKU: GS40101SA).
Product Name | NaCha Pro Dry Bath Incubator Block Heater Heating Dry Bath 3-Block Temperature Range 4℃-99.9℃ 100-120V 50-60Hz |
Working Temperature | 4~99.9 ℃ |
Dimension | 19.4(W)×11.6(H)×26.7(D) cm |
Usage | 1.5mL/2.0 mL tubes for the high temperature area, and 0.2mL tubes in the medium-temperature temperature area. |
Application | It is recommended for low temperature sample addition, and medium and high temperature incubation reactions. |
Packing List
Product NO. | Item | Quantity |
GT20402A | NaCha Pro Dry Bath Incubator Block Heater Heating Dry Bath 3-Block Temperature Range 4℃-99.9℃ 100-120V 50-60Hz | 1 set |
Power cable | 1 piece | |
Condensate wipes | 1 piece | |
Spare fuse (6A) | 2 pieces | |
Quick guide | 1 piece | |
Packing list | 1 piece | |
Factory inspection report | 1 piece |