Used CORNING PC-410D #9290731 for sale

CORNING PC-410D
ID: 9290731
Magnetic stirrer.
CORNING PC-410D is an advanced lab equipment and accessory used for a wide variety of research applications. It is the perfect tool for monitoring cellular motility, adhesion, and cell-cell communication in a variety of lab settings. This equipment is effective for in vitro and in vivo studies, with extraordinary accuracy and reproducibility. PC-410D features a 10-inch diameter high-precision heated stage, a digital controller with 10-segmented temperature ramping, a height-adjustable cantilever post, and a three-axis translation stage. The cantilever post can be adjusted to a maximum height of 12.2mm, while the three-axis translation stage operates on X, Y, and Z-axes. This allows for precise positioning of the substrate with respect to the cell sample. The high precision of the heated stage ensures accurate temperature control and consistent results. CORNING PC-410D is equipped with a Host Controller Unit (HCU) complete with power switch, USB, Ethernet, and digital signal I/O ports. The HCU stores the custom protocols that a researcher can program, as well as any captured images or measurements from the system. PC-410D also includes a Full-featured Image Capture software (FIC), allowing a researcher to capture, view, and store data from his/her experiments. The high-performance CORNING PC-410D is designed with safety in mind. An adjustable 30mm depth guardrail provides additional protection from outside debris. It also has a built-in heating element that keeps PC-410D cool and safe to use. Additionally, an alarm system will sound when the temperature reaches a dangerous point, providing further safety assurances. CORNING PC-410D is an ideal tool for researchers working on advanced projects. Its precision, flexibility, and safety features make it the perfect instrument for a variety of laboratory applications. PC-410D can also be used in conjunction with a range of cell imaging and detection systems, allowing for a wide range of research possibilities.
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