NematX provides industrial-grade 3Dprinters and proprietary liquid crystal polymer (LCP) materials that deliver parts up to ten times stronger than PEEK and heat resistance above 250 °C. Their high‑precision hardware and part‑design algorithms enable 25 µm resolution for complex, low‑volume production in aerospace, medical, and electronics sectors. The platform combines advanced material performance with manufacturing accuracy to meet demanding industrial application requirements.
Funding
Funding not disclosed
Founders
Product
Problem
Many industries require high-performance polymer parts that can withstand extreme temperatures and harsh chemical environments, but traditional materials like PEEK often fall short in terms of strength and chemical inertness. Existing 3D printing materials also struggle to achieve the precision and resolution needed for complex geometries in demanding applications.
Solution
NematX provides industrial 3D printing solutions using proprietary Nematic 3DP Technology and liquid crystal polymers (LCPs). These LCPs offer significantly enhanced mechanical strength, exceeding PEEK by a factor of ten, and maintain performance at temperatures above 250°C. The company's integrated platform, encompassing patented LCP materials, proprietary part design algorithms, and high-precision 3D printing hardware, enables the production of complex, durable parts suitable for harsh environments. NematX's technology allows for high-resolution printing, facilitating the creation of intricate geometries with exceptional precision and chemical resistance.
Target Audience
NematX serves industries such as aerospace, space, medical, healthcare, and electronics, focusing on applications where parts are exposed to extreme conditions.
Features
- Proprietary Nematic 3DP Technology optimized for liquid crystal polymers
- LCP materials with 10x greater strength than PEEK
- Thermal resistance exceeding 250°C
- High printing resolution down to 25 µm
- Chemical inertness for use in aggressive environments
- Proprietary part design algorithms for optimized performance
- High-precision 3D printing hardware for accurate manufacturing