[AMPLE CAPACITY FOR VERSATILITY] With a substantial capacity of 2.2mL per well, our Deep Well Plate 96 can accommodate a wide variety of sample types, ensuring suitability across numerous laboratory applications. Whether you're conducting high-throughput screening (HTS), motherboard sampling, or preparing samples for automated pipetting systems, these plates offer the essential space needed for efficiency and convenience in sample storage and handling.
[Sturdy AND RELIABLE MATERIAL] Constructed from robust polypropylene (PP), this deep well plate promises dependable performance over extended periods. The transparent design allows for easy monitoring of the samples within, giving you immediate visual feedback. This material choice also provides exceptional resistance to most chemicals used in laboratory environments, making it a smart choice for repeated use.
[EASY IDENTIFICATION WITH ALPHANUMERIC CODES] your laboratory workflow with the integrated alphanumeric organization of our storage microplates. By featuring clear, easy-to-read coding on each well, this design simplifies sample tracking, minimizes chances of identification errors, and ensures efficient data management. Say goodbye to tedious manual labeling and hello to hassle- organization.
[EXTENSIVE APPLICATION RANGE] Designed with versatility in mind, our Deep Well Plate 96 Wells excels in a variety of applications beyond just sample storage. Suitable for identification systems, it provides reliable performance in high-throughput screening (HTS) and is a good fit for automated pipetting systems. Its utility spans multiple scientific disciplines, making it a valuable addition to any lab.
[EXCEPTIONAL LOW TEMPERATURE PERFORMANCE] These storage microplates excel under extreme conditions, enduring ultra-low temperatures down to -120℃. This capability ensures the integrity of your samples is maintained, even in the most demanding storage environments. Additionally, the convenient position notch design aids in precise placement and stacking, optimizing your laboratory's workflow and storage efficiency.