We solve our customers' most complex problems by providing multi-material, digital manufacturing solutions
We offer a full suite of services that can be tailored to the specific requirements of your product needs:
- Co-deposition of conductive metal and engineering-grade polymer matrix for 3D electronics
- Mixed-gradient deposition of flexible / rigid morphologies, e.g., athletic shoes or medical devices
- Conformal deposition of customized materials, e.g., direct-writing polyurethane patterns on textiles or antennas on molded parts.
Our multidisciplinary team of materials scientists, hardware engineers, and software engineers are tackling some of the most challenging problems in additive manufacturing and offering integrated design and manufacturing solutions to our customers. We offer a full suite of services that can be tailored to your specific requirements.
Upload your CAD file to receive a quote, or work with Voxel8 engineers to co-design a part that is qualified for the Voxel8 platform
Provide materials specifications or samples and Voxel8 will develop customized formulations
Partner with Voxel8 to develop full solutions to your digital manufacturing needs, from design through full production runs
Customized Materials Development
Voxel8 has a 3D-printing materials library that spans a range of properties and performance specifications (mechanical, electrical, thermal, etc). In addition, our team works with development partners to hone material formulations tailored for specific industrial purposes or to integrate partners' materials into our platform. Engagements often begin by either providing a sample or defining specifications, which our materials team then formulates to be compatible with our 3D printing platform technology.
Hardware and Software Platform
Our integrated hardware and software teams are building a modular digital manufacturing platform that takes multi-materials manufacturing to the next level, integrating additive and traditional manufacturing techniques through proprietary software to achieve industry-leading precision and speed.