High-speed separation of nanomaterials to achieve precise particle size control during preparation and refinement stages.

Enables rapid prototyping of advanced structures using functionalized materials such as ceramic-graphene composites, with micron-level precision.

Enables rapid prototyping of advanced structures using functionalized materials such as ceramic-graphene composites, with micron-level precision.

Used to transfer nanoscale patterns onto functional surfaces with ultra-high fidelity. This tool enables precise structuring of materials like graphene and other 2D substrates for applications in quantum electronics, photonics, and nanofabrication.

Captures topographic maps at the nanoscale, enabling thickness measurements and surface structure analysis of graphene and other 2D materials.

High-resolution imaging for structural and surface defect evaluation in nanomaterials with sub-micron accuracy.

Quantifies dispersion and size distribution in dry and wet graphene samples, critical for reproducibility and material consistency.

Measures porosity and active surface area—key parameters in evaluating energy storage capacity and catalytic performance.

Validates the electrical performance of graphene-based materials through precision contact or four-point probe measurements.

Reduces and homogenizes powdered materials (graphene, ceramics) to achieve controlled granularity and surface activation.