Production
Built for Scale
Low to high Volume, Quality, Consistency.
×
Custom 3D Printing for Prototypes & Production Parts
Champ3D provides custom 3D printing services for prototypes, functional components, tooling, and production parts. Upload your 3D model, choose a technology and material, get an instant quote, and order your parts online.
From early product development to low-volume production, Champ3D helps engineers, designers, manufacturers, and product teams move from digital design to finished parts. An engineering review follows before production.
Order 3D Prints Online
Engineering
Guided by Experts
DFM Review Design Support Material Guidance.
Instant
Self-Serve Quotes
Upload Configure Get Price.
1 Million+
Parts Produced
70,000+
Businesses Served
100+
Unique Materials
31+
3D Printing Technologies
Why Choose Champ3D as Your 3D Printing Company?
Champ3D is a 3D printing company that takes projects from digital design to finished parts through its online 3D printing service, using six additive manufacturing processes.
Six
technologies
SLA, DLP, FDM, SLS, MJF, and SLM, matched to your part's geometry, material, and finish.
Prototype-to-
production support
Concept models, functional prototypes, tooling, and production parts from one partner.
Materials for
different applications
Resins, thermoplastics, engineering polymers, elastomers, and metals.
Instant
online quoting
Upload your file in minutes, compare options, and review your price.
Engineering
consultation included
File review, design optimization, and material selection.
What Are Custom 3D Printing Services?
Custom 3D printing services manufacture physical parts from digital 3D models using additive manufacturing. The technology is selected for the part's geometry, material, finish, and intended use. Unlike methods that need dedicated molds or tooling, 3D printing builds parts layer by layer.
It supports concept models, functional prototypes, mechanical components such as brackets, housings, covers, and connectors, jigs and fixtures, custom tooling, replacement parts, and low-volume production.
How Does Our Custom 3D Printing Service Work?
Step 1
Upload Your 3D
Model
Upload an STL, STEP, or OBJ file. Our quote generator analyzes size, design complexity, volume, and print compatibility.
Step 2
Choose Technology and
Material
Select the process and material that fit your part's geometry, performance needs, and surface expectations.
Step 3
Review Your
Instant Quote
Check the configuration, quantity, finishing options, and price, then approve your order.
Step 4
Move Into
Production
Your part is printed, finished, and shipped.
Choose the Right 3D Printing Technology
The best process depends on the material, geometry, surface finish, detail, mechanical requirements, quantity, and end use of your part.
SLA 3D Printing
Stereolithography cures liquid resin with a laser, layer by layer. It is common for detailed prototypes, visual models, and form-and-fit parts where surface quality matters.
DLP 3D Printing
Digital Light Processing cures resin with projected light. It suits small, detailed components, miniatures, and fine features.
FDM 3D Printing
Fused Deposition Modeling deposits melted thermoplastic layer by layer. It is common for functional prototypes, concept models, jigs, fixtures, tooling, and larger parts.
SLS 3D Printing
Selective Laser Sintering fuses polymer powder with a laser. The surrounding powder supports the part, so SLS suits functional nylon components and complex geometries.
MJF 3D Printing
Multi Jet Fusion uses fusing and detailing agents with heat to produce polymer parts. It is commonly considered for functional components, complex nylon parts, and batches.
SLM 3D Printing
Selective Laser Melting melts metal powder with a laser to build metal components layer by layer, for complex metal prototypes and production parts.
Which Process Should You Choose?
No single technology fits every project. Match the process to what the finished part must do.
Part requirement
Technology to consider
Detailed resin parts and visual models
SLA or DLP
Functional thermoplastic prototypes
FDM
Complex nylon components
SLS or MJF
Metal components
SLM
Jigs and fixtures
FDM, SLS, or MJF, depending on requirements
Low-volume production
FDM, SLS, MJF, or SLM, depending on material and quantity
Materials for Custom 3D Printed Parts
Material choice affects strength, flexibility, wear, heat resistance, surface quality, and weight. Choose by the conditions the part will face.
Plastics
Affordable and versatile for everyday prototyping
- Best for concept models and fit checks
- Lightweight and cost-effective
Strength
Medium
Heat
Low
Flex
Low
Engineering Polymers
High-performance materials like nylon for functional parts
- Ideal for nylon 3D printing applications
- Strong, durable, and heat resistant
Strength
High
Heat
High
Flex
Medium
Elastomers
Flexible materials for soft-touch and bendable components
- Great for seals, gaskets, and wearables
- Impact-resistant and elastic
Strength
Medium
Heat
Medium
Flex
High
Metals
Industrial metal alloys for demanding applications
- Built for aerospace and automotive strength
- Supports advanced metal additive manufacturing materials
Strength
Very High
Heat
Very High
Flex
Low
Prototype 3D Printing vs. Production 3D Printing
Prototype 3D Printing
Prototype 3D printing turns a digital design into a physical part you can evaluate before production decisions. It supports concept validation, form and fit checks, assembly evaluation, functional testing, and design iteration. The best process depends on how closely the prototype must match the final part.
Production 3D Printing
Production 3D printing makes parts for repeated or end-use applications, such as low-volume components, custom parts, replacements, tooling, and complex polymer or metal parts.
Custom 3D Printing Services Across Industries
Lightweight components, prototypes, design evaluation, and tooling.
Prototypes, fit-check parts, functional components, jigs, and fixtures.
Brackets, housings, mounts, joints, and covers for testing and assembly.
Device prototypes, housings, and models used during product development.
Enclosures, housings, presentation models, and design-validation parts.
Tooling, jigs, fixtures, replacement components, and low-volume parts.
Quality Considerations for Professional 3D Printing
A professional 3D printing service should match the process and material to your part's requirements, not just list printers. Before production, identify geometry, wall thickness, small features, clearances, critical dimensions, build orientation, surface requirements, and inspection needs.
Every order goes through file verification, machine calibration checks, material batch validation, in-process monitoring, and final inspection.
DimensionalTolerance Control
We manufacture parts with defined tolerance ranges based on selected technology and material. Our team reviews file geometry, wall thickness, and feature resolution before production to reduce deviation and maintain dimensional accuracy. This ensures consistent fit, alignment, and mechanical performance across plastic and metal 3D printing projects.
StructuredQA Process
Every order follows a documented QA process that includes:
- Pre-production file verification
- Machine calibration checks
- Material batch validation
- In-process monitoring during printing
This layered approach supports stable output quality and production consistency across industrial 3D printing technologies.
InspectionWorkflow
Our inspection workflow is designed to validate both form and function:
- Visual inspection for surface integrity
- Dimensional measurement checks
- Structural and density review for metal parts
- Final approval before packaging and dispatch
This systematic inspection workflow strengthens traceability and minimizes production risks.
Advanced Post-Processing Options
To enhance performance and appearance, we offer multiple finishing solutions:
- Surface smoothing and polishing
- Support removal and cleaning
- Heat treatment for metal components
- Sandblasting and coating options
Post-processing improves strength, durability,and aesthetic quality for production-ready results.
Finishing Options for 3D Printed Parts
Post-processing improves appearance, surface condition, or function. Options depend on the technology and material, so confirm them during quoting.
Cosmetic: clear coat, painting, dyeing, and decaling.
Clear Coat
Apply a transparent cosmetic layer to enhance clarity and surface appearance. Ideal for translucent and display-focused parts that require a clean, refined finish.
Painting
Parts are sanded and polished before applying high-quality paint finishes. Custom color matching is available for branding or product consistency, including soft-touch coatings.
Dyeing
A cost-effective method for adding color to 3D printed parts. Dyeing provides uniform coloration with faster processing times compared to full paint applications.
Decaling
Add logos, graphics, or identification markings to improve visual appeal or functional labeling.
Functional: plating, polishing, heat treatment, and secondary machining.
Plating
Electroless nickel plating enhances durability and provides a metallic surface similar to cast aluminum or magnesium. Suitable for parts that require improved wear resistance.
Polishing
Achieve a smooth or mirror-like surface for parts that demand premium aesthetics or improved surface texture.
Heat Treatment
Strengthen and harden metal 3D prints through controlled heat processes, including annealing and hot isostatic pressing (HIP) for improved mechanical properties. Available for metal additive manufacturing parts.
Secondary Machining
Precision machining enhances surface finish and allows parts to meet tight dimensional tolerances where required. Available for precision-critical components.
Additional post-processing may vary depending on the selected 3D printing technology, material, and production requirements.
Frequently Asked Questions
Price depends on the technology, material, part size, geometry, quantity, and finishing. Upload your final model to get an instant quote.
Yes. Upload your model, choose a technology and material, review the instant quote, and place your order. Champ3D prints, finishes, and ships the parts.
Choose SLA or DLP for fine detail, FDM for affordable functional parts, SLS or MJF for nylon components, and SLM for metal. Our engineers can recommend a process if you are unsure.
Our online workflow supports STL, STEP, and OBJ files. Choose the format that preserves the geometry your part needs.
Yes, when the technology and material meet your geometry, performance, quantity, and finishing needs. With no tooling costs, small batches stay economical.
Yes. Engineering consultation is included: file review, design optimization, and material selection before production.
Start Your Custom 3D Printing Project
Upload your 3D model, compare technologies and materials, and get an instant quote for prototypes, functional components, tooling, or production parts.
