01
FDM extrusion
Deposits thermoplastic along toolpaths for shape and assembly concepts. Consider layer texture, orientation and thermal distortion.
Industrial 3D printing
Turn complex geometry into parts you can test.
Complex geometries, appearance models and iterative designs for shape and functional validation.
ModelsComplex geometryFunctional prototypes
AgileMakeAI
Industrial 3D printing
Consider: material properties, orientation and finishing
Define the part before confirming the manufacturing plan.Complex geometry, iterative validation and internal structures
01 / Process options
Quote my projectIndustrial 3D printing · Process options
Builds a part layer by layer
02
SLA photopolymerization
Cures resin to reproduce details. Confirm cleaning, curing, support marks and resin suitability for the environment.
03
SLS laser sintering
Builds polymer parts in a supporting powder bed. Internal cavities need powder-removal and cleaning access.
04
MJF powder-bed fusion
Forms polymer parts using powder and fusing agents. Confirm material, surface texture and post-processing requirements.
05
Metal powder-bed fusion
Evaluate complex metal structures with supports, residual stress, heat treatment and secondary machining of critical surfaces included.
What affects the quote
Submit drawings for reviewBuild volume, orientation, supports, finishing and batching
02 / Materials & finishes
Choose the material and finish, not just the shape.
Material selection
Match material to the printing process: FDM thermoplastics, SLA photopolymers, SLS/MJF polymer powders and metal powders. Similar names do not establish equivalent properties.
Browse materialsFinishing requirements
Evaluate support removal, depowdering, washing/curing, blasting, dyeing or painting by technology. Metal parts may need heat treatment and machining; as-printed surfaces are not automatically final acceptance standards.
Explore surface finishingStart with the operating environment, then balance strength, weight, temperature, appearance and assembly. Confirm grade, availability and treatment with engineering.
Submit drawings for review03 / Design considerations
Design guidelinesCritical drawing details
Process illustration
Industrial 3D printing
Consider: material properties, orientation and finishing
Check before designing
Layer properties, surface texture and accuracy depend on the specific technology. Enclosed cavities need support, powder or resin removal strategies; critical faces may need machining.
01
Revision alignment
Confirm drawing revisions, file names and change records to avoid mixing old and new designs.
02
Critical dimensions
Identify mating faces, datums, holes and tolerances instead of applying the tightest tolerance everywhere.
03
Appearance & finishing
Specify cosmetic faces, colors or reference samples, including masking and protection.
04
Inspection & delivery
Agree inspection scope, reports, packaging and staged delivery before ordering.
There is no universal quantity crossover or guaranteed tolerance for a process. Feasibility, pricing and lead time depend on drawing review and the confirmed quote.
Typical parts & uses
Industrial 3D printing
Complex geometries, appearance models and iterative designs for shape and functional validation.
Models01
Complex geometry02
Functional prototypes03
04 / Quality & delivery
Delivery quality starts in the drawing.
Organize production and inspection around the confirmed drawing revision and requirements.
- 01
Share your requirements
Upload 3D models and necessary 2D drawings. Specify quantity, material, tolerance, finish and target delivery.
- 02
Confirm the plan and quote
Review manufacturability, critical dimensions and inspection requirements. Discuss complex needs with engineering.
- 03
Produce and inspect
Manufacture to the confirmed revision and check parts against the agreed inspection requirements.
- 04
Deliver and plan the next batch
Use feedback to refine the design or reorder. Confirm changes to revisions, quantities and delivery dates.
Prepare a clearer request for quotation
You can start a conversation with incomplete information. Manufacturing commitments must be confirmed before production.
- 3D models and necessary 2D drawings
- Material grade and quantity
- Critical dimensions, tolerances and finish
- Use case, inspection needs and target delivery
05 / FAQ
Industrial 3D printing · Project questions
Not sure about material, process or finish? Share drawings and operating conditions to give the engineering review a clear starting point.
Manufacturing process guide01What should I prepare?
3D models and necessary 2D drawings; Material grade and quantity; Critical dimensions, tolerances and finish; Use case, inspection needs and target delivery. You can start a conversation with incomplete information. Manufacturing commitments must be confirmed before production.
02How are materials and finishes confirmed?
Match material to the printing process: FDM thermoplastics, SLA photopolymers, SLS/MJF polymer powders and metal powders. Similar names do not establish equivalent properties. Evaluate support removal, depowdering, washing/curing, blasting, dyeing or painting by technology. Metal parts may need heat treatment and machining; as-printed surfaces are not automatically final acceptance standards.
03Which design details need review?
Layer properties, surface texture and accuracy depend on the specific technology. Enclosed cavities need support, powder or resin removal strategies; critical faces may need machining.
04How are price and lead time confirmed?
Build volume, orientation, supports, finishing and batching. There is no universal quantity crossover or guaranteed tolerance for a process. Feasibility, pricing and lead time depend on drawing review and the confirmed quote.
AgileMakeAI / Industrial 3D printing
Submit drawings for reviewYour next batch starts with a drawing.
Bring your design and requirements. Make manufacturing part of your next product decision.