Synthetic Diamond Compression Cell & Microscope Stage

Product Description

The Squeeze synthetic type II diamond compression cell is a wonderful tool for making transmission samples from materials that can be compressed into a transparent sample with moderate force. It is useful for compressing a broad spectrum of materials such as polymers, powders, abrasive samples and cured paint. The sample is simply compressed between the diamond windows by turning thumb screws on the face of the cell until the sample is thin enough for the beam of the spectrophotometer to penetrate. The cell is available with 1.6mm or 2.0mm windows, both of which are large enough to transmit sufficient energy through the sample to produce good spectral resolution without an expensive beam condenser. The cell is only 9.5mm thick at the thickest point and 6mm in the center, making it an ideal microscope stage. Sample preparation for the Squeeze may be added by using our patented diamond tipped Micro-Plane (432112-6546) which operates like a wood plane to shave very thin samples off of substrates such as plastic bottles and painted objects.

Part No.	Description
43212-6544	Squeeze Synthetic Diamond Cell & Microscope Stage with 1.6mm diameter windows
43212-9117	Squeeze Synthetic Diamond Cell & Microscope Stage with 2.0mm diameter windows
43212-6545	Micro-Plane with metal blade
43212-6546	Micro-Plane with diamond blade

Robust High-Pressure Experimentation

This compression cell sets a new standard in laboratory research, harnessing synthetic diamond anvils and a precision screw clamp for pressure generation up to 10 GPa. Its stainless steel body ensures durability, making it suitable for repetitive and demanding applications across research environments.


Optimized for Optical Clarity and Access

The 2 mm diameter optically polished window allows direct observation of samples under pressure. Its adaptability with most standard optical microscope stages makes integration straightforward, enabling users to conduct advanced studies without significant equipment overhaul.


Tool-Free Manual Operation

Designed for simplicity, the device is powered entirely via manual tightening. The absence of electrical components makes it ideal for setups where electrical interference is a concern, preserving lab safety and functionality.