5-Axis CNC Machining
Milling, turning, and Swiss-type work on a 22-machine fleet — aluminium, stainless, titanium, PEEK, and tool steels up to 62 HRC.
Five integrated disciplines under one roof — CNC machining, certified welding, metrology-grade quality control, rapid prototyping, and low-volume manufacturing — built to turn drawings into reliable, repeatable parts.
Our capabilities page is a working portfolio — every process listed is a service we run weekly, on machines our engineers can program, operate, and audit. We publish real tolerances, real material ranges, and real lead times. If a job calls for a discipline we do not cover in-house, we name the partner who does, because honest specifications protect your schedule more than optimistic ones.
Each capability is staffed by a dedicated cell, with its own programming standards, fixturing library, and inspection plan. Parts can move between cells without re-tendering — which is how we compress lead times that the rest of the industry treats as fixed.
Milling, turning, and Swiss-type work on a 22-machine fleet — aluminium, stainless, titanium, PEEK, and tool steels up to 62 HRC.
TIG, MIG, and robotic arc welding under EN 1090-2 EXC 3, with full WPQR documentation and in-house dye-penetrant inspection.
CMM inspection, 3D scanning, and first-article reports issued within 24 hours. Every batch ships with a traceable inspection dossier.
From a STEP file on Monday to a finished, measured part on Friday. Soft tooling, 3D-printed jigs, and one-off CNC setups designed for speed.
Bridging the gap between prototype and full production: 50 to 5,000 parts, scheduled in weekly windows with shared fixturing and dedicated cells.
Mechanical, electro-mechanical, and pneumatic sub-assemblies delivered as tested units, with full BOM traceability and torque records.
A capability is only as good as the systems that repeat it. These four foundations run across every cell in the shop — they are the reason we can hand you a part in February that matches a part we cut in August.
Every drawing revision, setup sheet, and inspection record is linked to the part's serial number from quote to dispatch.
CMM and precision-machining bays held at 20 ± 0.5 °C, so thermal drift never reaches your tolerance stack.
Mastercam, Fusion 360, and Siemens NX — we read what you send and program in whatever your team uses internally.
Material suppliers are audited annually on price, lead time, and ESG practice — not on tenure — so the best offer wins.
Capabilities look tidy in a grid. The interesting work happens at the seams — where a welded frame becomes a machined fixture becomes a tested assembly. Here is how that looked on three recent jobs.
A 6061-T6 chassis node that previously took six suppliers to build. We consolidated machining, robotic welding, and final CMM inspection into a single weekly batch.
316L stainless ergonomic grips, micro-TIG welded to titanium shafts, with 100% coordinate-measured critical features and a full DHF-linked inspection dossier.
Reverse-engineered legacy part, prototyped in 3D-printed SLS, then moved to 2 mm laser-cut and TIG-welded stainless production with CMM-checked flatness.
A predictable process is the cheapest thing we can offer. Every job moves through the same four gates — regardless of whether it is a one-off prototype or a recurring 4,000-unit batch.
You send STEP / PDF. We respond with a fixed quote and a marked-up drawing flagging any tolerance or feature the workshop cannot honour.
Toolpaths are validated in VERICUT, fixturing is documented, and the first setup sheet is reviewed by a second engineer before any cut begins.
Production runs in the scheduled cell. In-process checks happen at the first part, the mid-batch, and the last part — no exceptions.
A signed FAIR, an inspection PDF, and the batch ship together. The same digital thread is archived for ten years.
We were burning three weeks a month chasing five different shops to keep one assembly moving. Fabryka Rownosci took the whole workflow — machined bodies, welded frames, CMM sign-off — under a single PO, and our release cadence finally matches our design cadence.
The fastest way to test whether we are the right shop for your part is to send a STEP file and a delivery date. Our estimating cell commits to a same-day reply on every RFQ that lands before 14:00 CET — and we will tell you honestly if the job does not belong on our floor.