Portable Okolab Prior H117 Metal Recessed | Prior Microscope Stage Thermal Plate Holiday Cheer Edition [5cMiawN0]

Advanced Thermal Plate for Microscope Stages

The Okolab PRIOR H117 METAL RECESSED is a state-of-the-art thermal plate designed to create a warm, temperature-controlled surface for microscope stages. This innovative accessory is specifically engineered to recess with the rest of the XY stage, ensuring that the original focal plane is maintained. The inclusion of a surface sensor guarantees the highest accuracy in temperature readings, making it an essential tool for precise microscopy applications.

Key Features and Specifications

The Metal T Plate boasts several key features that set it apart from other thermal plates on the market. It is designed to be flush with the Prior H117 stage, raising the focal plane by only 1.5 mm for minimal interference. The temperature range is impressive, spanning from ambient conditions up to 60°C, allowing for versatile use in various experimental settings. With an accuracy of ± 0.3°C on the specimen, users can rely on consistent and precise results. Additionally, the circular observation opening for imaging measures 24 mm in diameter, providing a clear and unobstructed view of the sample. Compatibility with oil immersion lenses further enhances its versatility in a wide range of microscopy applications.

Complementary Control Systems

To fully utilize the benefits of the PRIOR H117 METAL RECESSED, it is compatible with the H401-T-CONTROLLER or H401-T-PENNY temperature controllers. The H401-T-CONTROLLER is a 2-channel temperature controller with a 4.3'' touch screen interface, offering easy and precise control of the heating devices. It includes an external temperature sensor and self-calibration routines for the highest accuracy on sample temperature. The H401-T-PENNY, on the other hand, is a compact single-channel temperature controller that combines performance and simplicity at an unbeatable price. Both controllers provide users with the necessary tools to maintain optimal temperature control and accuracy in their microscopy experiments.