为什么使用CAPC冷板风冷加热器/冷却器?

为什么使用CAPC冷板风冷加热器/冷却器?  

冷板使用Peltier冷却技术是有用的，每当您的液体处理实验室需要冷却或加热表面。 他们提供加热、冷却和温度控制在一个设备。 这使得它们特别适合在自动化平台上进行细胞分析和生物化学样本的研究。 

冷板风冷加热器/冷却器有哪些特点?  

精确而均匀的加热和冷却是很重要的，精确保持温度的能力也是很重要的。 您可能还需要考虑温度渐变率和可达到的最高温度。  

温度均匀性-在整个区块内提供相同的温度，区块中间或边缘的样本以及整个测试过程的结果都是相同的。  

温度精度-确保精确和稳定，可重复的温度在运行的时间内，对每一个样品在块。  

均匀的温度变化(斜坡速率)-保持整个区块的温度均匀性。  

温度范围-提供的最高和最低温度。  

占地面积小-提供所需的性能，同时占用甲板上尽可能少的空间。  

低外形-使移液和使用更高的一次性用品更容易。  

INHECO CPAC的使用  

CPAC在NGS样品制备中经常使用，并被分子生物学家用于孵育。 

CPAC微孔板特别适用于封闭的液体处理平台(或工作站)，如果集成了太多没有液体冷却的设备，甲板或样品可能会过热，废热无法有效去除。 CPAC微孔板可以集成到甲板中，废气在甲板下方流动。 

CPAC通常用于保护样品不因热变化而降解，并使试剂、探针和最终产品保持在正确的温度下。 

Why use a Cold Plate Air Cooled Heater/Cooler?

Cold Plates using Peltier cooling technology are useful whenever your liquid handling lab needs cooling or heating surfaces. They offer heating and cooling plus temperature control all in one device. That makes them particularly suitable when you’re working with cell assays and biological and chemical samples in an automated deck.

What to look for in a Cold Plate Air Cooled Heater/Cooler?

Accurate and uniform heating and cooling are important, as are the ability to maintain temperature precisely. You may also need to consider temperature ramp rates and the maximum achievable temperature.

Temperature uniformity – delivering identical temperature across the entire block, with identical results for samples in the middle or on the edge of the block, and throughout the run.

Temperature accuracy – ensuring accurate and stable, reproduceable temperatures for the duration of the run, and for every sample in the block.

Uniform temperature change (ramp rates) – maintaining temperature uniformity across the entire block.

Temperature range – maximum and minimum temperature offered.

Small footprint – delivering the required performance while taking up as little space on deck as possible.

Low profile – to make pipetting and use of taller disposables easier.

Use of the INHECO CPAC

The CPAC is in regular use in NGS Sample Prep and is used for incubation by molecular biologists.

The CPAC Microplate is especially useful for enclosed liquid handling platforms (or workstations), when the deck or samples can overheat if too many devices without liquid cooling are integrated and waste heat is not efficiently removed. The CPAC microplate can be integrated into the deck with waste air routed below the deck.

The CPAC is often used to protect samples from degradation due to changes in heat, and to keep reagents, probes and end products at the correct temperature.