HardwareSan Diego, California, USAFounded 2015· One of 1805 Hardware companies tracked by AMPulse
Develops and manufactures industrial-grade 3D printers using proprietary high-temperature extrusion technology for engineering-grade thermoplastics like PEEK and PEI, enabling production of end-use parts with superior mechanical properties.
VERIFIED: Patented multi-zone heating system maintains ±2°C temperature stability across entire print volume (vs ±10°C for competitors), enabling consistent layer adhesion for high-performance thermoplastics. DEFENSIBLE through 5 utility patents.
Differentiation
Value Proposition
Enables production of aerospace and medical components with 40% higher temperature resistance than standard FDM parts, reducing material waste by 30% and cutting lead times from weeks to days for complex geometries.
How They Differentiate
40% higher maximum print temperature (450°C vs 320°C for Stratasys F900) enabling true PEEK printing, with 2x faster print speeds for high-temperature materials and 30% lower material waste through proprietary nozzle design.
Market & Competition
Target Customers
Aerospace OEMs, medical device manufacturers, and automotive companies requiring high-performance, end-use thermoplastic parts with superior thermal and mechanical properties.
Industry Verticals
Aerospace; Medical; Automotive; Industrial
Competitors
Stratasys F900; Intamsys Funmat HT; 3DGence INDUSTRY F420
Growth & Milestones
Growth Metrics
Revenue grew 150% YoY in 2023; Installed base of 75+ printers across 3 continents; 40+ enterprise customers
Major Milestones
2015: Founded; 2018: First patent granted; 2020: $3.2M Seed round; 2021: Lockheed Martin partnership announced; 2022: Z-Temp 500 commercial launch; 2023: $5.3M Series A
Notable Customers
Lockheed Martin (aerospace components); Stryker (medical device prototypes); Ford Motor Company (automotive tooling)
Z-Temp occupies a niche within polymer additive manufacturing focused on high-temperature extrusion for end-use parts. Its proprietary system reaches 450°C nozzle temperatures, 40% higher than typical industrial FDM machines, enabling reliable printing of PEEK, PEI, and ULTEM with consistent layer adhesion. The company's multi-zone heating maintains ±2°C stability across the build volume, compared to ±10°C for competitors, which improves mechanical properties in demanding applications.
The Z-Temp 500 printer targets aerospace OEMs, medical device manufacturers, and automotive tier-1s that require parts with superior thermal and chemical resistance. Named customers include Lockheed Martin for aerospace components, Stryker for medical device prototypes, and Ford Motor Company for automotive tooling. The company reports a 30% reduction in material waste and lead times compressed from weeks to days for complex geometries.
Z-Temp's technology moat rests on five utility patents covering nozzle design, thermal management, and material formulations. A joint development agreement with Lockheed Martin and a materials research partnership with UC San Diego support continued innovation. The company competes against Stratasys F900, Intamsys Funmat HT, and 3DGence INDUSTRY F420, but differentiates on print speed and temperature capability for true PEEK processing.
With $8.5M in total funding from Material Impact and Lockheed Martin Ventures, Z-Temp has grown revenue 150% year-over-year and installed over 75 printers across three continents. The open question is whether it can scale beyond its niche to challenge established industrial FDM players while maintaining its defensible IP position.