NanoVoxel provides ultra high-precision micro-manufacturing services for customized components, enabling complex 3D freeform geometries with single-micron accuracy and resolutions down to 0.2 microns. The company's proprietary VERA™ process delivers design-to-metal production in just four weeks, with iteration cycles over 80% faster than traditional methods. NanoVoxel supports an extended range of materials and combines multiple manufacturing techniques to meet demanding industrial and scientific applications.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional micro-manufacturing methods struggle to produce complex 3D freeform geometries with high resolution, often forcing clients to compromise between speed, precision, and material versatility. This limits innovation in industries that require extremely high-resolution components, slowing development cycles and constraining design possibilities.
Solution
NanoVoxel offers a strategic micro-manufacturing partnership that combines multiple techniques to maximize speed, precision, and material flexibility. The proprietary VERA™ process enables production of ultra high-precision microparts with single-micron accuracy and resolutions down to 0.2 microns, delivering a seamless design-to-metal workflow in just four weeks. This approach accelerates iteration cycles by over 80%, allowing clients to rapidly prototype and scale production without compromising on geometric complexity or material choice.
Target Audience
Primary customers are industrial and scientific organizations that require ultra high-precision, customized micro-components for demanding applications, including sectors that need extremely high resolution and complex 3D geometries.
Features
- Proprietary VERA™ process for high-precision 3D microparts with single-micron accuracy
- Resolution capabilities down to 0.2 microns for ultra-fine detail
- Design-to-metal production completed in four weeks with over 80% faster iteration cycles
- Strategic combination of multiple manufacturing techniques for optimal speed, precision, and material versatility
- Extended material choice tailored to specific application requirements
- Dedicated technical experts providing feasibility assessments and customized recommendations from CAD work through delivery