Services · Brescia, Italy
Industrial 3D printing services in Brescia, Italy
Your industrial 3D printing and prototyping partner in Brescia: from design to end-use production, one supplier for industrial 3D printing, rapid prototyping, reverse engineering and CAD modeling, and Design for Additive Manufacturing (DfAM) consulting.
01 · Industrial 3D printing
Six additive technologies, one supplier
FDM, MSLA, SLS, MJF, CFC and metal 3D printing: we choose the right process for you based on geometry, material and the performance your part requires.
FDM — Filament
A fleet that includes high-temperature VisionMiner 22IDEX V4 printers. From PLA to PEEK, for prototypes, tooling and structural components.
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MSLA — Resin
50 μm resolution and an accuracy of ±0.3 mm up to 100 mm (±0.3% above) for appearance prototypes, fine details, gauges and masters.
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SLS — Powder
Support-free Nylon PA12 in a 330 × 330 × 565 mm build volume: complete design freedom, 85–90% isotropy, batches of 10–500 parts.
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MJF — Multi Jet Fusion
Nylon PA12 and PA11, PP and TPU in a 380 × 284 × 380 mm build volume: dense, near-isotropic parts for end-use production runs.
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CFC — Continuous fiber
Co-extruded continuous carbon fiber reinforcement (nylon, PETG or PLA matrix). Structural tooling and metal replacement up to 900 MPa.
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Metal — LPBF
Laser powder bed fusion of metal: dense components with internal channels, lattices and geometries that CNC machining and casting cannot produce.
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Advanced materials
High-performance polymers and composites for critical applications
We process the high-performance polymers that CNC machining and molding struggle with: mechanical, chemical and thermal resistance for genuine metal replacement.
Process
From file to part in four steps
1. Upload your file
Send us your CAD (.STL, .STEP) and a short description of the project.
2. Expert review
A technician reviews the file, recommends material and orientation, and sends you the quote.
3. Production
Printing, post-processing and quality control in our lab in Brescia.
4. Packing and shipping
Dedicated packaging and tracked shipping throughout Italy and Europe.
02 · Rapid prototyping
Functional prototypes in final materials, in 48–72 hours
We turn your CAD into a testable part on timescales that fit industrial development cycles.
Iterations in hours, not weeks
Change the CAD today, get the updated part tomorrow: no molds, no tooling.
Real materials
Prototypes in production polymers: form, fit and function tests that really count.
Validation with real users
Short pilot batches to test the product before you invest in mass production.
Prototyping benefits
Why prototype with additive
- Iterative product development on compressed timelines
- Calibration and commissioning of production machinery
- Fit and finish validation with stakeholders and customers
- Preparation of pre-production assembly lines
The EptaPrint advantage
Four guarantees
- Full confidentiality and standard NDAs
- Lab-certified quality and precision
- Fast lead times: 48–72 hours for single parts
- Advanced materials: high-performance polymers and continuous fiber composites
03 · Industrial tooling
Jigs, fixtures, clamps, robotic grippers and EOAT
We produce custom tooling for manufacturing lines: iterations in hours, materials from Nylon PA12 to continuous fiber composites, and metal replacement for aluminum.
Inspection and checking jigs
Assembly fixtures
Clamps and soft jaws
Paint masking fixtures
Robotic grippers (EOAT)
Pick-and-place tools and drill guides
04 · DfAM consulting
We redesign your components for additive manufacturing
Design for Additive Manufacturing: we optimize geometry, material and production workflow to cut weight, cost and assembly time.
Topology optimization
We remove material where it is not needed while maintaining or increasing stiffness and strength.
Part consolidation
Several components become a single printed part: less assembly, greater reliability.
Material selection
Together we select the right polymer: standard, high-performance or continuous fiber composite.
DfAM process
Five stages, from idea to production
- 01
Idea
Technical briefing, constraints, production target.
- 02
Design
Modeling and selection of material and technology.
- 03
Prototype
Functional print for validation and field testing.
- 04
Optimization
Topology, part consolidation, post-processing.
- 05
Production
Pilot batches or end-use parts with repeatable quality.
05 · Hardware embedding
Metal inserts, magnets and electronics embedded in the part
We pause the print at a set height, place the component in its designed seat and seal it in with the following layers: the part comes off the machine already assembled. No trade name, just a process we have been running for years.
Fasteners and joints
Hex and square nuts, screws, brass threaded inserts, load-spreading washers.
Structural reinforcement
Steel or aluminum rods and carbon fiber tubes for extreme stiffness.
Electronics and smart tech
NFC/RFID tags, PCBs and sensors, conductive wires, diffused LEDs, coin cell batteries.
Mechanics and kinematics
Hidden neodymium magnets, captive bearings, springs for compliant mechanisms.
Utility and finishing
Ballast and counterweights for perceived mass, glass slides, mirrors and lenses set in place.
Cavity design
Tolerances, orientation and pause height defined at the DfAM stage for every insert.
06 · Reverse engineering and CAD modeling
From a physical part or an idea to a CAD file
No 3D file? We start from the sample, the 2D drawing or the concept: dimensional survey, printable CAD modeling and DfAM optimization, then printing, all with a single technical contact.
Discontinued spare parts
We rebuild the CAD from the worn or broken part and reprint it in the right material.
Modeling from an idea or drawing
From a sketch or technical specification to a production-ready parametric 3D model.
The file stays yours
We deliver the STEP file together with the part: no lock-in on your design.
Ready to get your project started?
Contact us for a technical review and free sample parts: we reply within 24 working hours.
FAQ
Frequently asked questions
Quick answers to the most common questions about technologies, lead times and services.