Service
Whether you need a single prototype or a global supply chain partner — we provide the expertise to make it happen.
Application Screening
We analyze your current part portfolio to identify 3D printing potential (Cost vs. Performance).
DfAM (Design for Additive Manufacturing)
We don't just "check" files; we optimize them for topology, weight reduction, and printability.
Feasibility & Design Validation
Before we hit print, we validate that your design is structurally sound and material-compatible.
Rapid Prototyping
24h/48h express turnarounds for functional tests and design iterations.
Series Production
Scalable manufacturing of thousands of parts across our fleet of 160+ industrial systems.
Large-Format Printing
Single-piece components up to 1,000 × 1,000 × 1,000 mm for massive industrial applications.
Surface Refinement
Chemical vapor smoothing for airtight/watertight seals, vibratory grinding, and professional painting.
Mechanical Post-Processing
High-precision CNC milling of functional surfaces, drilling, and threading.
Assembly & Fulfillment
Fulfillment and assembly in ISO-certified clean rooms, including gamma sterilization and global shipping.
Quality
To ensure reliable, production-ready 3D-printed parts, we apply a structured, three-stage inspection process. From data preparation to finished part, every component runs through defined quality gates that are fully documented and traceable.
Before a single layer is printed, we make sure that the basis is right.
In this phase, the focus is on feasibility, risk minimization, and aligning the part with the intended application.
What happens in this step:
Application & requirement analysis
We clarify mechanical and thermal requirements, needed certifications and define critical features and tolerances.
Design for Additive Manufacturing (DfAM) check
We review the CAD model for printability, wall thicknesses, support strategies, overhangs, and potential weak spots – and recommend optimizations where needed.
Material and process selection
Based on the requirements, we select the suitable material and printing technology and define the relevant machine parameters.
Data & material incoming inspection
We validate the STL/CAD data (integrity, orientation, scale) and check material batches against spec and documentation.
Risk and quality planning
Together with you, we define critical-to-quality features (CTQs), inspection scopes, test methods, and documentation requirements.
Result: Only when the part passes this pre-printing quality gate do we release the job for production.
During printing, we focus on process stability and build integrity. After the build, we verify that the printed parts meet the defined baseline before moving into post-processing.
What happens in this step:
In-process monitoring
We continuously track key process parameters (temperatures, build environment, machine logs, etc.) and document deviations.
Visual and layer-related checks
We inspect the build job for anomalies such as warping, delamination, incomplete layers, or contamination.
Build and part identification
Every build job and every part receives a unique ID for end-to-end traceability across all subsequent process steps.
Initial dimensional and geometric checks
On representative parts, we check key dimensions, warpage, and geometrical features to validate the print result against the CAD and drawing.
Material-related verification (as applicable)
Depending on the application, we perform further tests (e.g. density checks, hardness, or sample coupons) to confirm that the process produced the required material properties.
Result: Only parts that pass the build validation move forward into post-processing.
Post-processing has a massive impact on the final functionality and appearance of the part. That’s why we also integrate targeted inspections into these steps.
What happens in this step:
Process control in post-processing
We document and monitor all relevant post-processing steps (e.g. support removal, heat treatment, machining, surface finishing, spray painting) with defined process parameters.
Dimensional inspection after post-processing
We measure the finished components against the final drawing / CAD model, including critical tolerances, fits, and functional surfaces.
Surface and visual inspection
We evaluate surface quality, remove defects, and check the part for residues, scratches, or other visual non-conformities.
Functional and assembly checks (if required)
Where specified, we test fit, movement, assembly behavior, and functional features in a realistic setup.
Documentation and release
All relevant inspection results are documented. On request, we provide measurement reports and test documentation. Only after passing this final quality gate is the part released and shipped.
Result: Only components that pass all post‑processing inspections are released as ready‑for‑use parts and approved for shipment.
Certified quality, speed, and deep AM expertise for demanding industries such as aerospace and automotive.
Application screening and additive manufacturing consultation, with initial feedback in under 24 hours.
Robust DfAM review plus pre‑, in‑ and post‑print inspections to minimize risk and avoid defects in production.
Industrial capacity on 160+ systems for resin, filament, powder, and metal — from samples to full-scale series.
Professional finishing including milling, vapor smoothing, dyeing, and cleanroom assembly for ready‑to‑use parts.
Express shipping within 1 day in Germany, Austria, and Switzerland, and typically 2–4 days across Europe.
From single prototypes to 1M+ parts per year, supported by a 6,000 m² production facility and proven delivery performance.
Upload your CAD files and get instant pricing — backed by Europe's leading additive manufacturing service provider.
