Precision sample preparation & engineered diamond materials

Delaware

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Imperial Instruments
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Industries

Where the work gets done

The same instrument behaves very differently depending on what you are pressing. These are the sectors our equipment is specified into, and the sample problems each one brings.

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Application guides
Mineral extraction and processing work site

Mining & Mineral Exploration

Hydraulic pellet presses and die sets for XRF and FTIR workflows in mining laboratories and QA/QC.

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  • Uniform pellet density, minimising errors from cracks or inconsistencies
  • Improved repeatability across multiple samples for comparative analysis
  • Reduced sample handling errors in high-throughput workflows
  • Low- to high-pressure options depending on sample type and method
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Interior of a precision manufacturing facility

Materials Science & Manufacturing

Sample preparation for FTIR and XRF analysis across metallurgy, ceramics, composites and energy materials.

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  • Metallurgy & alloy development — high-density pellets for XRF elemental analysis
  • Ceramics & composites — structural and chemical uniformity for research and production
  • Battery & energy materials — reproducible pellets of electrode and solid-electrolyte powders
  • Industrial QA/QC — consistent, crack-free pellet formation on production lines
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Cells & high-pressure chambers

Diamond anvil cells and high-pressure reaction chambers for extreme-condition scientific research.

Diamond optics

Quantum computing

Diamond materials for nitrogen vacancy (NV) centre quantum computing and quantum sensing applications, leveraging diamond’s stable crystal lattice.

Diamond optics

Optical & precision engineering

Precision-cut diamond optical components including polarisers, beamsplitters and optical cubes for high-performance instrumentation.

Diamond optics