用于高效移液的微升移液器
移液是实验室的标准任务之一。选择合适的移液管是一个重要的步骤，即使对于变化的体积和长的移液排，也可以实现高效和无疲劳的工作。BRAND 为您提供各种单通道和多通道移液器和移液器吸头以供选择。欢迎立即关注适合您移液任务的移液管的优点。
Dispensette® S 瓶口分液器
欢迎立即关注 BRAND 的 Dispensette®S——新一代一流瓶口式移液器。Dispensette® S 和 Dispensette® S Organic 应用范围广泛，可用于酸、碱、盐溶液和有机溶剂。欢迎了解 Dispensette® S 如何使实验室中的分配更快、更安全、更简单
使用 Titrette® 瓶口滴定器直接从试剂瓶中滴定
使用 Titrette®，您可以实现直接从储液瓶高效、轻松地滴定。Titrette® 是第一款用于玻璃滴定管的具有 A 级高精度的瓶口滴定器。其耐用的质量和易于维护的特点确保了实验室的可靠性和生产率。
常见问题 (液体处理)
What is Liquid Handling in the laboratory?
Liquid Handling refers to all work steps in which liquids are precisely collected, dispensed, mixed, distributed, transported, or stored in the laboratory. The goal is to handle defined volumes reproducibly, accurately, and, if necessary, without contamination—from microliters to liters, manually or automatically. Typical volumes range from 0.1 µl in molecular biology to several liters in production. Typical work steps include the collection and delivery of defined volumes (pipetting, dispensing), titration, dilution, mixing, aliquoting, and serial dosing.
What Liquid Handling instruments are available?
Typical Liquid Handling instruments are manual and electronic micropipettes (single-channel and multi-channel), repetitive pipettes, bottle-top burettes and bottle-top dispensers. In addition, Liquid Handling in the laboratory is also carried out with other volumetric instruments such as volumetric flasks, bulb pipettes or measuring cylinders. Automated liquid handling devices such as pipetting robots, which automate methods either fully or partially, are becoming increasingly important. They work on the same principle as micropipettes.
What are the trends in Liquid Handling in the laboratory?
Some trends are 1. Smart devices and electronics: electronic Liquid Handling instruments increasingly offer programming and personalization functions for methods 2. Sustainability and cost reduction through the reduction of plastic (e.g., refill units for pipette tips) and optimized maintenance and repair options for the instruments. In addition, more energy-efficient devices, longer service life of seals, and chemical-resistant materials also play a role. 3. Automation for medium throughputs: benchtop robots for 10–50 samples/day up to a few hundred, as a supplement rather than a replacement for manual work. Integration of interchangeable modules (heating/cooling/shaking) 4. Digital twin: digital certificates and product information for individual devices
沪ICP备19035122号 | 沪公网安备 31010402009179号