Industrial Metal 3D Printing,
Instantly Quoted.
316L and 17-4 PH stainless steel parts, produced with Bound Metal Deposition and vacuum sintering. Upload your CAD file and get a physics-based quote in seconds — no back-and-forth emails.
316L17-4 PH Industrial teams that rely on us
Your CAD → 18 days → your steel 3D printed part
Wavy fins and channels that are hard to cast or machine.
Opened up to show the internal structure.
Bolt lugs with holes around both rims.
Minimum, from your first confirmed order until the first component arrives at your location in Europe.
Instant 3D Printing Quotes
Our instant quote system transforms how you price metal 3D printing projects. Upload your CAD files — supporting native .STEP, .STP, and .STL formats — and receive accurate, transparent pricing in seconds.
Experience the power of interactive 3D visualization with our advanced WebGL viewport. Switch between multiple uploaded files using intuitive tabs, inspect your geometry from every angle, and watch real-time cost calculations update as you adjust materials, quantities, and production parameters. Our system automatically applies volume discounts and calculates exact material costs, sintering expenses, and production timelines — all before you commit to an order.
Generate comprehensive PDF engineering reports with a single click. Each report includes detailed per-file cost breakdowns, combined mass properties, anisotropic shrinkage predictions, risk assessments, and production timelines. Perfect for internal reviews, budget approvals, and engineering documentation. Whether you're quoting a single prototype or a batch of 10,000 units, our metal 3D printing quote engine delivers the precision and transparency industrial manufacturers demand.
Simple Process. Predictable Results.
We bridge the gap between digital design and physical metallurgy with a streamlined, transparent workflow.
Upload Your CAD
Submit your STEP or STL files through our secure portal. Our engineering team reviews your geometry within 24 hours.
We Audit & Optimize
We validate for thermal stress, calculate anisotropic shrinkage, and ensure sintering viability before production begins.
Receive Your Parts
Fully sintered, high-density steel components delivered to your facility anywhere in the EU within 14–18 business days.
From green part to metal part
Three process steps, three states of the part: printed, debound, sintered.
- 01
Printing
Metal-filled filament is extruded layer by layer into a green part.
- 02
Green part
Printed oversize to allow for the shrinkage that happens in sintering.
- 03
Debinding
The binder is removed, leaving a porous metal skeleton.
- 04
Brown part
Fragile and porous, ready for the furnace.
- 05
Sintering
Vacuum sintering fuses the metal particles into a dense solid.
- 06
Metal part
Finished 316L or 17-4 PH steel, ready for CNC post-machining where needed.
Industrial Capability
Intent3D provides large-scale additive manufacturing for industrial applications. We produce high-density components that bridge the gap between prototyping and series production.
Free Feasibility Check
Submit your geometry and receive a manufacturability report within 1 business day — at no cost.
Certified Metallurgy
Full 316L and 17-4 PH material traceability via BASF Forward AM.
DFAM Validation
Wall thickness and support accessibility verified before printing.
Printed to shape. Machined to tolerance.
Critical features are finished on CNC after sintering, so the part you receive holds the tolerance on your drawing.
On-Demand Metal Manufacturing
Traditional metal manufacturing is slow, expensive, and constrained by tooling. We bypass the foundry entirely. With Bound Metal Deposition (mFDM) and high-temperature vacuum sintering, we produce dense, industrial-grade steel parts directly from CAD — with zero tooling, zero molds, and zero minimums.
The Tool-Less Advantage
- Zero Tooling Costs: Eliminate the heavy upfront capital required for casting molds.
- No Minimum Orders: True agility. Order exactly what you need.
- Short Lead Times: Move from CAD to physical steel in days.
Industrial Capabilities
Maintenance, Repair & Operations
Reverse engineer and manufacture legacy replacement parts on demand.
Custom & Low-Volume Manufacturing
Bridge the gap between prototyping and mass production.
Ready to Optimize your Component?
Send us your part. Our engineers will review your geometry and provide a detailed manufacturing assessment.
Request Engineering Review →BMD + CNC: Combining Geometric Freedom With Dimensional Control
Additive manufacturing and CNC machining are not competing technologies in our manufacturing strategy. They complement each other.
Bound Metal Deposition (BMD) enables complex geometries and near-net-shape metal components. CNC machining can then finish selected surfaces and functional features where geometry, machining allowance and tool accessibility permit it.
This hybrid approach allows us to consider:
- ▸Complex features manufactured additively.
- ▸Selected precision surfaces finished by CNC.
- ▸Functional interfaces prepared for assembly.
- ▸Critical dimensions evaluated individually.
- ▸Manufacturing routes adapted to the component's technical requirements.
The objective is not to machine the entire component.
It is to identify where additive manufacturing delivers value — and where CNC adds the necessary finishing capability.
From CAD to a Verified Manufacturing Route
Every component has different manufacturing requirements. Before proposing a production route, we evaluate the geometry, material, dimensional requirements and post-processing needs.
Our Manufacturing Workflow
- 01
CAD & Drawing Review
We assess your 3D model and technical drawing to understand the component's geometry, functional requirements and critical dimensions.
- 02
DFAM Analysis
We identify manufacturing constraints, shrinkage considerations, support requirements and potential distortion risks.
- 03
Manufacturing Strategy
We determine the appropriate BMD, debinding, sintering and CNC workflow for the component.
- 04
Metal 3D Printing
We manufacture the component using the selected material and process parameters.
- 05
Debinding & Sintering
The printed component undergoes debinding and sintering to produce a consolidated metal part.
- 06
CNC Finishing & Inspection
Selected features are machined where required, and critical dimensions are evaluated against the technical drawing.
You receive an engineering-based manufacturing proposal, not simply a price per gram.
Industrial Metal 3D Printing Applications
Intent3D works with engineering teams, industrial manufacturers and companies developing or maintaining functional metal components.
Potential Applications
- ▸Industrial machinery and equipment.
- ▸Custom mechanical components.
- ▸Replacement and low-volume spare parts.
- ▸Complex brackets, housings and fixtures.
- ▸Functional prototypes and engineering validation parts.
- ▸Components with geometries difficult or expensive to manufacture conventionally.
Each project is assessed individually for material suitability, geometry, dimensional requirements and intended application.
Common Questions
What file formats do you accept?
We accept standard 3D CAD formats including STEP, STP and STL. For the most accurate geometry assessment and quotation, we recommend STEP files.
What metal materials can Intent3D manufacture?
Our current BMD material focus includes BASF Ultrafuse 17-4 PH and 316L stainless steel.
Can metal 3D printed parts be CNC machined?
Yes. Selected features and functional surfaces can be CNC machined after sintering, depending on geometry, machining allowance, tool accessibility and fixturing requirements.
Can you manufacture parts to our technical drawing?
Each dimension is evaluated individually. Some features may be achievable as-sintered, while others may require CNC finishing. Feasibility depends on geometry, material, tolerances and inspection requirements.
What is DFAM and why is it important?
Design for Additive Manufacturing (DFAM) is the engineering process of adapting and evaluating a component for additive manufacturing. For BMD, this includes shrinkage compensation, support strategy, wall thickness, sintering behaviour and potential dimensional distortion.
Where is Intent3D located?
Intent3D is based in Romania and works toward serving industrial customers across Europe.
How can I request a quotation?
Submit your STEP file and technical drawing through our quotation process. Include the material, quantity, critical tolerances and intended application whenever available.