Develop and validate parts on one platform — then scale without switching machines. GravityX licenses identical high‑temperature systems and provides an overflow path through our identical print farm.
Documentation and evidence packs available under NDA.
Standardized, configuration‑controlled manufacturing units for on‑site deployment and overflow production.
We build production‑grade high‑temperature systems, lease them to customers, and provide large‑volume production on demand — all on the same standardized platform.
We design and build our own high‑temperature machines purpose‑built for high‑performance polymers (PEEK / PEKK / PEI).
Built for repeatability and long runs — not hobby‑grade variability.
Deploy GravityX printers in your facility for development and production — without buying prohibitively expensive industrial systems.
Scaling becomes capacity procurement — not a re‑engineering program.
Need volume fast? We produce parts on our capacity using the same standardized systems — primarily for aerospace and defense programs.
You keep the validated process — we provide the extra throughput.
Develop on GravityX → lease more identical units or overflow to our identical farm — no machine change, no output drift.
Scaling introduces technical risk and economic friction — forcing compromises on materials, performance, or volume. For aerospace and defense, this becomes a validation and supply‑chain problem, not a printing problem.
Stable thermal environment + controlled mechanics for repeatable output under production constraints.
Customers develop parts on GravityX systems, then scale using the same standardized hardware + process envelope.
Deploy on-site additive manufacturing cells for controlled production, with predictable overflow through GravityX’s identical print farm.
Note: Specs shown reflect the GravityX Operational platform configuration.
Active heated chamber (120°C) and high‑temperature hot ends up to 600°C enable stable processing windows. Multi‑zone bed control improves uniformity and repeatability.
Automatic tool swapping supports up to six materials and faster job changeover. Instrumentation (run‑out/clog sensing, PT1000/K‑type) supports production monitoring.
“Printer‑farm” mode with centralized coordination and an API layer enables repeatable deployment, monitoring, and predictable overflow between customer sites and GravityX capacity.
Repeatable output under operational constraints (throughput, uptime, operator time). This is the base requirement for defense manufacturing.
Initial focus: European aerospace & defense programs requiring configuration control, traceability, and controlled capacity.
GravityX is supported by ESA Business Incubation Centre (Lithuania) and selected as a Kickstart Lab winner. These programs validate execution capability, technical depth, and alignment with the European space ecosystem.
Verification, program documentation, and references available on request.
The GravityX team combines aerospace systems engineering, high‑temperature manufacturing, and production operations experience across space, defense, and industrial programs.
martynas@gravityx.lt
darius@gravityx.lt
viktoras@gravityx.lt
dovydas@gravityx.lt
vilius@gravityx.lt
rokas@gravityx.lt
