Used SANKYO APS-A #9198278 for sale

SANKYO APS-A
ID: 9198278
Wafer Size: 6"
Auto cleaners, 6".
SANKYO APS-A is a laboratory robotic accessory specifically designed to maximize user efficiency and convenience with automated pipetting and sample loading. APS-A is made of high-quality stainless steel, making it highly durable and reliable for long-term use in laboratories. With its optimized pipetting mechanism, SANKYO APS-A accurately provides strong and uniform assessments of samples from 2 mL to 20 mL. In addition, it maintains precise suction distances allowing for a wide variety of sample well depths. APS-A comes complete with both positive displacement and gravity-dependent pipetting mechanisms. With its 8-step volume range settings, SANKYO APS-A can be further customized for various experiments. Its innovative technology also allows for one-touch sample loading, enabling round-the-clock sample automation. To add to its already powerful pipetting capabilities, APS-A is equipped with optically-sensed stability detection. This ensures the device stands securely on its stand and that pipetting accuracy is maintained. SANKYO APS-A also features an intuitive hydraulic unit that helps to control the complexity of the system. It works by allowing users to customize their settings and add in new assessment specifications easily. With the help of this feature, users can quickly switch from one calibration mode to another. APS-A is designed for consistent, reliable performance in laboratories. Its 8-step volume range settings are specifically designed to accurately measure samples from 2mL to 20 mL. Its cutting-edge hydraulic unit and one-touch sample load settings make it simple to automate sample-processing and testing for maximum convenience. Its optically-sensed stability detection ensures samples are measured accurately and consistently on its stand, allowing users to quickly transition from one assay to the next. Designed for long-term use, SANKYO APS-A is a powerful, efficient lab accessory, tailored for optimizing laboratory processes.
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