XPartsLab provides SLA, SLS, MJF, FDM, DLP and metal 3D printing services, matching the right process to part use, material, accuracy, surface finish, quantity and lead time for prototype validation and low-volume production.
Get an Instant Quote View Manufacturing CapabilitiesCompare each process by part use, material, finish, tolerance, size, quantity and lead time. Upload your drawings for an engineering review if you need help choosing.
Best for durable nylon parts with complex geometry, snap fits and low-volume functional production. No support structures are required.
Best for high-detail appearance models, clear parts and smooth surfaces that need painting, polishing or assembly review.
Best for repeatable nylon functional parts and small-to-medium batches that need consistent dimensions and efficient production.
Best for cost-effective concept models, larger parts, fixtures and early structural checks.
Best for complex, lightweight or high-strength metal parts that are difficult to machine conventionally. Heat treatment and machining are available.
Best for small resin parts that need sharp details, smooth surfaces and fast production.
Compare common resins, nylons and metals by strength, finish, temperature resistance, corrosion resistance and cost. Select a material below or upload your drawings for an engineer's recommendation.
Fine detail and a smooth, paint-ready surface for appearance models, review samples and assembly checks.
View Material Guidance Use Material Quotation
Strength and corrosion resistance for complex functional or end-use parts exposed to moisture or chemicals. Machining and polishing are available for critical fits and finishes.
View Material Guidance Use Material QuotationExplore more resin, nylon, engineering plastic and metal options, or upload your drawings for a material recommendation.
Get file analysis, manufacturability feedback, process comparison and production review before your order moves forward.
Upload STEP, IGES, STL or OBJ files to identify key geometry and prepare process, material and quotation options.
Review wall thickness, supports, orientation, deformation risk, assembly clearance and finishing needs before production.
Compare suitable processes by material, quantity, tolerance, finish, lead time and cost.
Confirm critical dimensions, tolerances, finish and inspection requirements before production begins.
Choose materials and practical tolerances based on the use environment, assembly needs and post-processing plan.
Upload drawings, review the recommended process and quote, confirm engineering feedback, then track production and delivery.
Browse examples of appearance models, functional parts, complex geometries, lightweight structures and low-volume components.
Support faster design validation and low-volume production across robotics, automotive, aerospace, medical devices, consumer products and automation equipment.
Coordinate suitable printing, post-processing, inspection and project-tracking requirements for prototypes, pilot runs and functional parts.
Quick answers on process selection, materials, tolerances, finishing, lead times and quotations.
XPartsLab accepts common engineering file formats for quoting and manufacturability review:
For the most accurate review, provide a STEP file plus a 2D drawing with critical dimensions, tolerances and technical requirements. An STL file can be used for an initial quote or prototype review.
Choose the process based on part use, material, tolerance, finish and quantity:
Common 3D printing materials include:
If you are unsure which material to use, upload your drawings and requirements for an engineering recommendation based on strength, appearance, temperature, wear and cost targets.
Achievable accuracy depends on process, material, geometry, orientation and post-processing. Typical reference values are:
Mark critical assembly dimensions and tolerances on the drawing. Local CNC finish machining may be recommended where tighter control is required.
Available build size varies by process and equipment. Typical build envelopes are:
For larger parts, we can review splitting, bonding, mechanical joining or finish machining.
Yes. 3D printing can support one-off prototypes, low-volume trial runs and bridge production without production tooling. Process and material suitability depend on the part and its end-use requirements.
Available post-processing options include:
Availability depends on the printing process and material. Select finishing based on appearance, fit, wear and temperature requirements.
Typical production estimates are shown below. Final timing is confirmed in the quote and depends on part complexity, quantity, material and post-processing:
Shipping time is separate and depends on the destination and selected carrier.
Upload your drawings and provide the material, quantity, tolerance, finish and delivery requirements. Eligible standard parts may receive an automated quote, while complex parts move to a design for manufacturability (DFM) and engineering review.
All uploaded files are stored encrypted and strictly confidential. Both parties can sign a confidentiality agreement and intellectual property rights are protected.
Upload your CAD files and add material, quantity, tolerance, finish and delivery requirements. We will review manufacturability and recommend the next step.
