Injection Molding
Tooling and molding for your repeat plastic parts.
YOUR GEOMETRY. YOUR MATERIAL. YOUR FINISHED PART.
Custom Metal 3D Printing Services for Your Functional Parts & Assembly Fit
Plan custom metal 3D printing around your functional geometry, material and finished interfaces. Review build orientation, support access, post-processing and acceptance before your part is printed.
Start with 1 CAD model + 1 controlled drawing. Process, material and responsible production route are confirmed for your project.
- Process Review
- Finished Interfaces
- Sample Approval
- Finishing
Process Review
Match the route to your geometry.
Material & State
Specify grade and heat-treatment condition.
Finished Interfaces
Plan stock, datums and tool access.
Sample Approval
Agree fit and required evidence.
U.S. Coordination
Dallas-area project support.
3 Decisions Before You Commit
Define function, finished condition and demand before comparing an as-printed price.
01
Your geometry
Loads, internal passages and support access.
02
Your finished state
Alloy, heat treatment, machining and surface.
03
Your demand
Prototype, first order and repeat quantities.
Build Your Part Around Its Job
Metal additive manufacturing services require a process-specific review. This page focuses on laser powder bed fusion; alternative routes need separate confirmation.
Plan Your Lightweight Metal Bracket
Mark load paths, mounting faces and fastener access. Compare your proposed geometry with the actual assembly, not a lightweight shape alone.
| Your function | Load direction, counterpart and stiffness requirements. |
|---|---|
| Your fit | Bolting pads, datums and fastener access. |
| Your release | Required sample checks and drawing revision. |
Material, process and secondary-operation feasibility are confirmed against your drawing.
Specify Your Alloy and Delivered Condition
Metal 3D printing manufacturers should confirm the exact process, grade, material state and required records. A metal family name is not a complete specification.
| Your material | Exact grade, specification and required traceability. |
|---|---|
| Your process | LPBF route, build orientation and responsible producer. |
| Your condition | As-built, stress-relieved or specified heat treatment. |
Material, process and secondary-operation feasibility are confirmed against your drawing.
Plan Post-Processing Before the Build
Metal 3D printing post processing can include support removal, heat treatment, CNC machining and finishing. Include only the operations agreed for your part.
| Your interfaces | Datums, machining allowance and final tolerance. |
|---|---|
| Your access | Support removal, cutting tools and powder evacuation. |
| Your sequence | Heat treatment, machining, finish and final inspection. |
Material, process and secondary-operation feasibility are confirmed against your drawing.
Approve Your Finished Part, Not Only the Print
Agree dimensions, material evidence, surface condition and functional checks in the actual supplied state.
| Your dimensions | Final interfaces, datums and measurement state. |
|---|---|
| Your material | Required records and specified test methods. |
| Your function | Assembly, leak, flow or load checks as applicable. |
Material, process and secondary-operation feasibility are confirmed against your drawing.
Review Your Printed Manifold and Housing
Define internal channels, ports and sealing faces. Plan powder evacuation and inspectable passages before approving the model.
| Your function | Fluid path, service conditions and pressure requirement. |
|---|---|
| Your fit | Ports, sealing faces and internal accessibility. |
| Your release | Powder removal and agreed leak/flow evidence. |
Material, process and secondary-operation feasibility are confirmed against your drawing.
Specify Your Alloy and Delivered Condition
Metal 3D printing manufacturers should confirm the exact process, grade, material state and required records. A metal family name is not a complete specification.
| Your material | Exact grade, specification and required traceability. |
|---|---|
| Your process | LPBF route, build orientation and responsible producer. |
| Your condition | As-built, stress-relieved or specified heat treatment. |
Material, process and secondary-operation feasibility are confirmed against your drawing.
Plan Post-Processing Before the Build
Metal 3D printing post processing can include support removal, heat treatment, CNC machining and finishing. Include only the operations agreed for your part.
| Your interfaces | Datums, machining allowance and final tolerance. |
|---|---|
| Your access | Support removal, cutting tools and powder evacuation. |
| Your sequence | Heat treatment, machining, finish and final inspection. |
Material, process and secondary-operation feasibility are confirmed against your drawing.
Approve Your Finished Part, Not Only the Print
Agree dimensions, material evidence, surface condition and functional checks in the actual supplied state.
| Your dimensions | Final interfaces, datums and measurement state. |
|---|---|
| Your material | Required records and specified test methods. |
| Your function | Assembly, leak, flow or load checks as applicable. |
Material, process and secondary-operation feasibility are confirmed against your drawing.
Build Your Thermal Part Around Accessible Channels
Identify thermal-contact faces, channel access and required pressure or functional tests. Complex geometry alone does not establish thermal performance.
| Your function | Heat path, working medium and exposure. |
|---|---|
| Your fit | Contact flatness and accessible channels. |
| Your release | Specified thermal, flow or pressure tests. |
Material, process and secondary-operation feasibility are confirmed against your drawing.
Specify Your Alloy and Delivered Condition
Metal 3D printing manufacturers should confirm the exact process, grade, material state and required records. A metal family name is not a complete specification.
| Your material | Exact grade, specification and required traceability. |
|---|---|
| Your process | LPBF route, build orientation and responsible producer. |
| Your condition | As-built, stress-relieved or specified heat treatment. |
Material, process and secondary-operation feasibility are confirmed against your drawing.
Plan Post-Processing Before the Build
Metal 3D printing post processing can include support removal, heat treatment, CNC machining and finishing. Include only the operations agreed for your part.
| Your interfaces | Datums, machining allowance and final tolerance. |
|---|---|
| Your access | Support removal, cutting tools and powder evacuation. |
| Your sequence | Heat treatment, machining, finish and final inspection. |
Material, process and secondary-operation feasibility are confirmed against your drawing.
Approve Your Finished Part, Not Only the Print
Agree dimensions, material evidence, surface condition and functional checks in the actual supplied state.
| Your dimensions | Final interfaces, datums and measurement state. |
|---|---|
| Your material | Required records and specified test methods. |
| Your function | Assembly, leak, flow or load checks as applicable. |
Material, process and secondary-operation feasibility are confirmed against your drawing.
Define Your Printed Tooling Insert
Identify working surfaces, cooling access and locating datums. Confirm material state and finish after all specified operations.
| Your function | Tooling duty, temperature and wear conditions. |
|---|---|
| Your fit | Locating faces, cavity finish and cooling connections. |
| Your release | Material state, final dimensions and tool trial scope. |
Material, process and secondary-operation feasibility are confirmed against your drawing.
Specify Your Alloy and Delivered Condition
Metal 3D printing manufacturers should confirm the exact process, grade, material state and required records. A metal family name is not a complete specification.
| Your material | Exact grade, specification and required traceability. |
|---|---|
| Your process | LPBF route, build orientation and responsible producer. |
| Your condition | As-built, stress-relieved or specified heat treatment. |
Material, process and secondary-operation feasibility are confirmed against your drawing.
Plan Post-Processing Before the Build
Metal 3D printing post processing can include support removal, heat treatment, CNC machining and finishing. Include only the operations agreed for your part.
| Your interfaces | Datums, machining allowance and final tolerance. |
|---|---|
| Your access | Support removal, cutting tools and powder evacuation. |
| Your sequence | Heat treatment, machining, finish and final inspection. |
Material, process and secondary-operation feasibility are confirmed against your drawing.
Approve Your Finished Part, Not Only the Print
Agree dimensions, material evidence, surface condition and functional checks in the actual supplied state.
| Your dimensions | Final interfaces, datums and measurement state. |
|---|---|
| Your material | Required records and specified test methods. |
| Your function | Assembly, leak, flow or load checks as applicable. |
Material, process and secondary-operation feasibility are confirmed against your drawing.
Choose Your Metal and Process Together
Material examples are review categories. Confirm actual availability and the specified delivered condition before ordering.
| Material for review | Buyer requirement | What to confirm |
|---|---|---|
| 316L / 17-4 PH stainless steel | Corrosion, strength and working environment | Exact grade, process and heat-treatment state |
| AlSi10Mg aluminum | Weight, thermal function and final fit | Alloy specification, orientation and secondary machining |
| Ti6Al4V titanium | Mass, loading and material evidence | Specified grade, condition and qualification scope |
| Inconel 718 / maraging steel | Thermal duty or tooling use | Actual process availability and treatment specification |
| Copper and special alloys | Thermal or electrical function | Separate capability and sample review required |
316L stainless steel 3D printing and 17-4 PH stainless steel 3D printing are different material decisions. AlSi10Mg 3D printing, Ti6Al4V 3D printing, Inconel 718 3D printing and maraging steel 3D printing require grade-specific confirmation; listing a material is not an availability or certification claim.
METAL 3D PRINTING DESIGN GUIDELINES
Resolve 6 Build Decisions Before Printing
Review the features that can create trapped powder, inaccessible supports, distortion or unnecessary machining.
Plan Your Build and Support Removal Together
Metal 3D printing support removal needs accessible supports and defined contact zones. Build orientation affects support demand, surface condition and subsequent operations.
01
Orientation
Functional faces and build direction
02
Support contacts
Allowed zones and removal access
03
Cut-off plan
Plate separation and fixturing
04
Trial
Representative sample and review
Required values and methods belong on your controlled drawing. Confirm feasibility, sampling and supplied state for your project.
Review Walls Around the Actual Process
Thin walls, long unsupported features and abrupt sections require a process-specific review. Do not apply a universal minimum wall or overhang number to every alloy.
01
Walls
Actual thickness and section transitions
02
Stiffness
Long features and unsupported spans
03
Thermal state
Specified treatment and distortion review
04
Acceptance
Final measurement condition
Required values and methods belong on your controlled drawing. Confirm feasibility, sampling and supplied state for your project.
Give Internal Powder a Defined Exit
Define evacuation openings and cleaning access for channels, lattices and cavities. A sealed hollow model can retain powder; visual inspection outside the part does not prove internal cleanliness.
01
Exit openings
Accessible paths and channel connections
02
Trapped spaces
Lattices, blind passages and cavities
03
Cleaning
Agreed method and residual-powder limits
04
Verification
Accessible inspection or specified test
Required values and methods belong on your controlled drawing. Confirm feasibility, sampling and supplied state for your project.
Locate Your Finished Interfaces Before Printing
Metal 3D printing CNC machining needs accessible datums, fixturing and agreed stock. Review the state after heat treatment and support removal.
01
Datums
Locating and clamping surfaces
02
Machining stock
Feature-specific allowance
03
Tool access
Bores, threads and sealing faces
04
Sequence
Treatment, machining and final checks
Required values and methods belong on your controlled drawing. Confirm feasibility, sampling and supplied state for your project.
Set 4 Inputs for Your Acceptance Plan
Specify the material state, critical features, test methods and acceptance limits before release. A density claim or photograph does not establish every service property.
01
Material state
Exact grade and treatment
02
Critical features
Final dimensions and datums
03
Test method
Agreed sampling and equipment
04
Acceptance
Defined limits and release records
Required values and methods belong on your controlled drawing. Confirm feasibility, sampling and supplied state for your project.
Agree the Surface Your Assembly Receives
Metal 3D printing surface finish varies with orientation, support contact and post-processing. Define cosmetic zones, roughness requirements and final-fit surfaces separately.
01
Surface zones
As-built versus finished areas
02
Roughness
Parameter, location and method
03
Fit
Bores, threads and mating parts
04
Protection
Handling and packing
Required values and methods belong on your controlled drawing. Confirm feasibility, sampling and supplied state for your project.
2 Part States. One Acceptance Plan.
Define metal 3D printing tolerances by feature and delivered state, not one number for every surface.
| Part state | What your drawing identifies | Review focus |
|---|---|---|
| As-built | Printed walls, supports and machining stock | Orientation, support contacts and accessible powder removal |
| Finished | Bores, threads, sealing faces and assembly datums | Treatment, machining, finish and final measurement |
No universal tolerance or roughness is promised. Final values and inspection conditions require project review.
From Your Printed Geometry to Your Finished Part
Plan printing and secondary operations as one delivered scope.
01
Build & Remove Supports
Reviewed orientation, plate separation and powder removal
02
Treat & CNC Machine
Specified treatment, datums and finished interfaces
03
Finish & Inspect
Agreed texture, final fit and release records
Heat treatment, HIP, machining and special testing are included only when explicitly specified and confirmed.
CNC machining →Approve 3 Evidence Groups Before Production
Define what your team needs to release the actual supplied part.
Confirm Your Material and Process Basis
Confirm exact grade, process route, material records and required treatment before the build.
Special material, nondestructive, density or mechanical tests require agreed methods, sampling and explicit scope. No industry qualification is implied.
Review Your Finished Samples Against Your Drawing
Review final dimensions, sample condition, powder-removal evidence and applicable functional tests.
Special material, nondestructive, density or mechanical tests require agreed methods, sampling and explicit scope. No industry qualification is implied.
Control the Agreed Build and Secondary Operations
Link build identity, treatment, machining and sampling to the approved revision.
Special material, nondestructive, density or mechanical tests require agreed methods, sampling and explicit scope. No industry qualification is implied.
Release the Specified Finished State
Review final results, open issues, protection and shipment records before dispatch.
Special material, nondestructive, density or mechanical tests require agreed methods, sampling and explicit scope. No industry qualification is implied.
Compare Your Quote at 3 Quantity Levels
Review metal 3D printing cost across the same finished scope, not only printed volume.
RFQ EXAMPLES — NOT MINIMUM ORDERS
1 part
Prototype review
10 parts
First-order comparison
100 parts
Repeat-batch comparison
Build preparation
Printing
CNC machining
Finishing
Inspection
Delivery
Replace these examples with actual demand. Low volume metal 3D printing economics depend on build use, supports, material and post-processing, not quantity alone.
4 Terms to Agree Before Your Build
Compare metal 3D printing companies on delivered scope, change control and evidence.
Process & producer
Exact route, material availability and production responsibility.
Build & changes
Orientation, support strategy and approval of design changes.
Secondary scope
Treatment, machining, finish, cleaning and inspection inclusions.
Repeat & records
Approved revision, traceability, sample evidence and packing.
China Manufacturing. Dallas-Area Coordination.
Coordinate CAD review, sample decisions and delivery through your project contact. Actual manufacturing location and responsible production route are confirmed in the quotation.
6 Inputs for Your Metal 3D Printing Quote
Share these inputs for a reviewed part quotation; an uploaded file is not an automatic manufacturing approval.
- CAD model + controlled 2D drawing
- Exact alloy, specification + delivered state
- Prototype, first-order + repeat quantities
- Critical datums, fits + machining requirements
- Surface, cleaning + inspection requirements
- Required date + delivery location
Answers Before You Commit
Compare 3D Printing Routes →DMLS vs SLM: what does your quotation need?
Direct metal laser sintering and selective laser melting are common terms associated with laser powder bed fusion. Names alone do not define material, machine parameters or acceptance. For a DMLS printing service, SLM 3D printing service or LPBF printing services, confirm the actual process and delivered state.
What files are needed for metal 3D printing?
Send a usable CAD model and controlled drawing with units, datums, critical dimensions, material, treatment, surface and acceptance requirements. If supplying a mesh, agree resolution and the authoritative revision; the model alone may omit manufacturing requirements.
Can metal 3D printed parts be machined?
Yes, where geometry, material state, stock and access permit. Plan datums and machining allowance before printing. Confirm threads, sealing faces and fixture access rather than assuming every printed surface is directly usable.
Metal 3D printing vs CNC machining: which fits your part?
Compare geometry, material, internal access, quantity, final tolerance and delivered cost. Metal rapid prototyping services may benefit complex geometry, while machining may suit accessible prismatic parts. Review support removal and finishing before choosing.
How much does metal 3D printing cost, and what affects lead time?
Material, build orientation, supports, build utilization, treatment, machining, cleaning, tests and quantity affect cost. Metal 3D printing lead time includes engineering, build scheduling, post-processing, sample approval and transport. Confirm actual milestones; no universal price or turnaround is promised.
Are binder jetting and laser powder bed fusion interchangeable?
No. Metal binder jetting services use a different route, including subsequent consolidation steps. DMLS 3D printing and other LPBF routes use different build mechanisms. Review geometry, shrinkage, material state and evidence separately; alternative availability needs confirmation.
Which metal materials can be requested?
A stainless steel 3D printing service, aluminum 3D printing service or titanium 3D printing service must be confirmed for the exact grade and supplied state. A copper 3D printing service or special alloy needs a separate capability review. Do not treat a general material list as an approved specification.
Does an online metal 3D printing service include every operation?
No. Confirm what is included in the quote: supports, powder removal, metal 3D printing heat treatment, machining, surface finishing, inspection and packing. Agree who approves changes and accepts the final part.
