Spare Parts Manufacturing
Spare parts on demand via 3D printing — eliminate machine downtime with rapid manufacturing and a digital spare parts inventory.
Spare Parts Manufacturing on Demand — No More Machine Downtime
When a critical spare part is no longer available or the delivery time is too long, every day of machine downtime becomes expensive. Our 3D printing-based spare parts service solves this problem: we manufacture spare parts on demand — in days instead of weeks, without expensive injection moulding tools and without minimum order quantities. From simple plastic clips to load-bearing functional parts made from PA12/Nylon, we cover a broad application spectrum.
The process is straightforward: if a CAD model is available, we can start manufacturing immediately. If design data is missing, we digitise the original part via 3D scanning and create a production-ready CAD model through reverse engineering. This digital model is stored in your personal digital spare parts inventory — so the part can be reordered at any time without renewed design effort.
Digital Spare Parts Inventory — Your Advantage
The concept of a digital spare parts inventory goes beyond one-time reproduction: instead of maintaining physical stock, we store the print-ready CAD data of your spare parts digitally. When needed, the part is manufactured on demand and delivered within days. This eliminates storage costs, reduces capital commitment and ensures that even discontinued parts remain available long-term. Particularly for companies with older machinery or custom-built equipment, this service is a real game changer.
Spare Parts Manufacturing
Advantages
No More Downtime
Spare parts in days instead of weeks — minimise costly machine downtime.
No Tooling Costs
No injection mould required — economical from batch size 1, ideal for one-offs and small series.
Digital Spare Parts Inventory
Once scanned and designed, reorderable at any time — your digital inventory without storage costs.
Even Without Drawings
No CAD data available? We reconstruct the part via 3D scanning and reverse engineering.
Spare Parts Manufacturing
Technical Specifications
| Layer Thickness | 0.1–0.3 mm (process-dependent) |
|---|---|
| Materials | PLA, ABS, PETG, ASA, PA12/Nylon, PA12 GF (glass-fibre reinforced) |
| Maximum Size | Up to 1,000 mm+ — depending on part and process |
| Ideal For | Discontinued spare parts, Bridging supply chain gaps, Digital spare parts inventory, Prototypes for spare part development, Industrial wear parts |
| Delivery Time | 3–7 business days |
Spare Parts Manufacturing