The Ohaus 30400082 Dedicated Platform 9 is a versatile and reliable accessory for shakers offered by OHAUS. This dedicated platform is designed to meet your specific sample requirements, whether you're working with irregular samples or traditional flask clamps and tube racks. With various platform options available, you can increase the usable space for your samples and even stack them to enhance throughput and double the sample capacity. The platform features tube racks and dimpled mats that securely hold your tubes in place, ensuring stability during operation.
This Dedicated Platform 9 finds its application in a wide range of scientific processes. It is ideal for cell cultures, bacterial and yeast cultures, immunoassays, protein studies, blotting techniques, staining and destaining gels, solubility studies, extraction procedures, DNA, RNA, hybridizations, enzyme reactions, and ELISA assays. Whatever your specific requirements may be, this platform offers the flexibility and versatility to address them effectively.
Operating this dedicated platform is easy and hassle-free. All the necessary hardware required to mount it to your shakers is included with the accessory. You can quickly and securely attach it to your shaker without any additional tools or equipment, ensuring a seamless workflow in your laboratory.
Constructed with premium quality materials, this Dedicated Platform 9 offers durability and longevity. The flask clamps are available in both stainless steel and PVC, providing you with options to suit your preferences and requirements. All platforms are made of stainless steel, guaranteeing resilience against wear and tear. Additionally, this platform comes with a rubber mat included, which is specifically designed for culture platforms, adjustable platforms, and large vessel carriers.
The Ohaus 30400082 Dedicated Platform 9 has a compact and ergonomic design, measuring 18 inches in height and 18 inches in width and length (45.7 cm x 45.7 cm). This size ensures compatibility with a range of shaker models, while also maximizing space efficiency in your laboratory.
Enhance your laboratory's sample handling capabilities with the Ohaus 30400082 Dedicated Platform 9. It is a reliable and essential accessory for any scientist or researcher looking to optimize their sample processing and increase throughput.
This Dedicated Platform 9 finds its application in a wide range of scientific processes. It is ideal for cell cultures, bacterial and yeast cultures, immunoassays, protein studies, blotting techniques, staining and destaining gels, solubility studies, extraction procedures, DNA, RNA, hybridizations, enzyme reactions, and ELISA assays. Whatever your specific requirements may be, this platform offers the flexibility and versatility to address them effectively.
Operating this dedicated platform is easy and hassle-free. All the necessary hardware required to mount it to your shakers is included with the accessory. You can quickly and securely attach it to your shaker without any additional tools or equipment, ensuring a seamless workflow in your laboratory.
Constructed with premium quality materials, this Dedicated Platform 9 offers durability and longevity. The flask clamps are available in both stainless steel and PVC, providing you with options to suit your preferences and requirements. All platforms are made of stainless steel, guaranteeing resilience against wear and tear. Additionally, this platform comes with a rubber mat included, which is specifically designed for culture platforms, adjustable platforms, and large vessel carriers.
The Ohaus 30400082 Dedicated Platform 9 has a compact and ergonomic design, measuring 18 inches in height and 18 inches in width and length (45.7 cm x 45.7 cm). This size ensures compatibility with a range of shaker models, while also maximizing space efficiency in your laboratory.
Enhance your laboratory's sample handling capabilities with the Ohaus 30400082 Dedicated Platform 9. It is a reliable and essential accessory for any scientist or researcher looking to optimize their sample processing and increase throughput.