Additive Manufacturing from Prototype to Production
3D Printing
We deliver precision 3D printing solutions for industries ranging from automotive and medical to aerospace and consumer products. Our additive manufacturing facility combines cutting-edge technologies with engineering expertise to produce complex parts in polymers, metals, and advanced composites.
Industries We Serve
Our 3D printed parts are trusted across demanding industries worldwide.
CNC Machining
3-5 axis precision machining
Learn more3D Printing
SLA / SLS / FDM rapid prototyping
Learn moreSheet Metal
Laser cutting, bending & welding
Learn moreCasting
Vacuum & investment casting
Learn moreIndustries We Serve
Our 3D printed parts are trusted across demanding industries worldwide.
CNC Machining
3-5 axis precision machining
Learn more3D Printing
SLA / SLS / FDM rapid prototyping
Learn moreSheet Metal
Laser cutting, bending & welding
Learn moreCasting
Vacuum & investment casting
Learn moreADDITIVE MANUFACTURING & FACILITIES
Our Strength
End-to-end 3D printing infrastructure spanning design optimization, multi-process printing, post-processing, and quality inspection — all under one roof, engineered for complex geometries at any volume.
Advanced Printing Floor
Integrated SLS, SLA, FDM and metal 3D printing resources under one coordinated system.
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DfAM & Engineering Center
Design for Additive Manufacturing optimization, topology optimization, lattice structures and printability analysis for complex part geometries.
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Inspection & Quality Lab
Dimensional inspection, material verification and process control to secure consistent part quality.
Contact UsAnnual Printing Capacity
0m²
Total Production Area
| Capability | Description |
|---|---|
| SLS Printing | Selective Laser Sintering — nylon & TPU |
| SLA Printing | High-resolution resin printing |
| FDM Printing | Fused Deposition Modeling — thermoplastics |
| Metal 3D Printing | DMLS/SLM — titanium, aluminum, steel |
| Quality Inspection | CMM, CT scanning, surface profilometry |
TECHNICAL INFRASTRUCTURE
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3D Printers
0Set
Metal AM Machines
0Units
Post-Processing Stations
0+Types
Material Options
0Units
CMM Machines
0+Skilled
AM Professionals
ADDITIVE MANUFACTURING & FACILITIES
Our Strength
End-to-end 3D printing infrastructure spanning design optimization, multi-process printing, post-processing, and quality inspection — all under one roof, engineered for complex geometries at any volume.
Advanced Printing Floor
Integrated SLS, SLA, FDM and metal 3D printing resources under one coordinated system.
Contact UsDfAM & Engineering Center
Design for Additive Manufacturing optimization, topology optimization, lattice structures and printability analysis for complex part geometries.
Contact UsInspection & Quality Lab
Dimensional inspection, material verification and process control to secure consistent part quality.
Contact UsAnnual Printing Capacity
0m²
Total Production Area
| Capability | Description |
|---|---|
| SLS Printing | Selective Laser Sintering — nylon & TPU |
| SLA Printing | High-resolution resin printing |
| FDM Printing | Fused Deposition Modeling — thermoplastics |
| Metal 3D Printing | DMLS/SLM — titanium, aluminum, steel |
| Quality Inspection | CMM, CT scanning, surface profilometry |
TECHNICAL INFRASTRUCTURE
0+Units
3D Printers
0Set
Metal AM Machines
0Units
Post-Processing Stations
0+Types
Material Options
0Units
CMM Machines
0+Skilled
AM Professionals
Material & Technology Capabilities
We print a wide range of polymers, metals, and composites to meet your exact specifications.
| Technology | Materials | Applications | Accuracy |
|---|---|---|---|
| SLS (Selective Laser Sintering) | PA12, PA11, TPU, PP | Functional prototypes, end-use parts, complex assemblies | ±0.3 mm |
| SLA (Stereolithography) | Standard, Tough, Flexible, Clear Resins | Visual prototypes, molds, dental & medical models | ±0.1 mm |
| FDM (Fused Deposition Modeling) | ABS, PLA, PETG, PC, PEEK, ULTEM | Jigs, fixtures, tooling, functional prototypes | ±0.3 mm |
| Metal 3D Printing (DMLS/SLM) | AlSi10Mg, Ti6Al4V, 316L, Inconel 718 | Aerospace, medical implants, high-performance parts | ±0.1 mm |
Material & Technology Capabilities
We print a wide range of polymers, metals, and composites to meet your exact specifications.
| Technology | Materials | Applications | Accuracy |
|---|---|---|---|
| SLS (Selective Laser Sintering) | PA12, PA11, TPU, PP | Functional prototypes, end-use parts, complex assemblies | ±0.3 mm |
| SLA (Stereolithography) | Standard, Tough, Flexible, Clear Resins | Visual prototypes, molds, dental & medical models | ±0.1 mm |
| FDM (Fused Deposition Modeling) | ABS, PLA, PETG, PC, PEEK, ULTEM | Jigs, fixtures, tooling, functional prototypes | ±0.3 mm |
| Metal 3D Printing (DMLS/SLM) | AlSi10Mg, Ti6Al4V, 316L, Inconel 718 | Aerospace, medical implants, high-performance parts | ±0.1 mm |
Design for Additive Manufacturing (DfAM)
Our engineering team optimizes your designs for 3D printing using topology optimization, lattice structures, and part consolidation to reduce weight, cost, and assembly complexity.
- Topology optimization & generative design
- Part consolidation for assembly reduction
Post-Processing Services
Beyond printing, we provide comprehensive finishing including support removal, surface finishing, dyeing, painting, and coating to deliver production-ready parts.
- Vapor smoothing & media blasting
- Dyeing, painting & electroplating
Design for Additive Manufacturing (DfAM)
Our engineering team optimizes your designs for 3D printing using topology optimization, lattice structures, and part consolidation to reduce weight, cost, and assembly complexity.
- Topology optimization & generative design
- Part consolidation for assembly reduction
Post-Processing Services
Beyond printing, we provide comprehensive finishing including support removal, surface finishing, dyeing, painting, and coating to deliver production-ready parts.
- Vapor smoothing & media blasting
- Dyeing, painting & electroplating
Professional 3D Printing Equipment
Our facility is equipped with industry-leading additive manufacturing systems for every major 3D printing technology — from polymer powder bed fusion to direct metal laser sintering — demonstrating our comprehensive in-house manufacturing capability.
Professional 3D Printing Equipment
Our facility is equipped with industry-leading additive manufacturing systems for every major 3D printing technology — from polymer powder bed fusion to direct metal laser sintering — demonstrating our comprehensive in-house manufacturing capability.
Post-Processing & Finishing
We offer several post-processing options such as support removal, surface finishing, dyeing, and coating. You can specify which finishing operations are needed in the "custom requirements" section of your quote request.
Post-Processing & Finishing
We offer several post-processing options such as support removal, surface finishing, dyeing, and coating. You can specify which finishing operations are needed in the "custom requirements" section of your quote request.
3D Printing Product Gallery
3D Printing Product Gallery
Our Process
A systematic approach from design optimization to final delivery.
DESIGN REVIEW & DfAM
Engineering review, topology optimization and printability analysis of your CAD models
BUILD PREPARATION
Optimal orientation, support generation, nesting and slicing for maximum efficiency
3D PRINTING
Controlled layer-by-layer fabrication with real-time process monitoring
POST-PROCESSING
Support removal, surface finishing, dyeing and secondary operations
INSPECTION & DELIVERY
Dimensional check, CT scanning, material certification and global shipping
Our Process
A systematic approach from design optimization to final delivery.
DESIGN REVIEW & DfAM
Engineering review, topology optimization and printability analysis of your CAD models
BUILD PREPARATION
Optimal orientation, support generation, nesting and slicing for maximum efficiency
3D PRINTING
Controlled layer-by-layer fabrication with real-time process monitoring
POST-PROCESSING
Support removal, surface finishing, dyeing and secondary operations
INSPECTION & DELIVERY
Dimensional check, CT scanning, material certification and global shipping
Online Quotation Platform
Submit your 3D printing CAD files and specifications through our cloud quotation platform for a faster and more organized quoting process. Our engineering team reviews your part design, material requirements, surface finish needs and post-processing operations before preparing a tailored quotation. The platform supports major CAD formats including STEP, STP, STL, 3MF, SLDPRT, OBJ, AMF and more. Once your 3D printing order is confirmed, you can follow project progress online from build preparation to final delivery.
Online Quotation Platform
Submit your 3D printing CAD files and specifications through our cloud quotation platform for a faster and more organized quoting process. Our engineering team reviews your part design, material requirements, surface finish needs and post-processing operations before preparing a tailored quotation. The platform supports major CAD formats including STEP, STP, STL, 3MF, SLDPRT, OBJ, AMF and more. Once your 3D printing order is confirmed, you can follow project progress online from build preparation to final delivery.
Online Quotation Platform
Submit your 3D printing CAD files and specifications through our cloud quotation platform for a faster and more organized quoting process. Our engineering team reviews your part design, material requirements, surface finish needs and post-processing operations before preparing a tailored quotation. The platform supports major CAD formats including STEP, STP, STL, 3MF, SLDPRT, OBJ, AMF and more. Once your 3D printing order is confirmed, you can follow project progress online from build preparation to final delivery.
Online Quotation Platform
Submit your 3D printing CAD files and specifications through our cloud quotation platform for a faster and more organized quoting process. Our engineering team reviews your part design, material requirements, surface finish needs and post-processing operations before preparing a tailored quotation. The platform supports major CAD formats including STEP, STP, STL, 3MF, SLDPRT, OBJ, AMF and more. Once your 3D printing order is confirmed, you can follow project progress online from build preparation to final delivery.
Industries We Support
Our manufacturing is everywhere. In the past, we have exported countless parts to various industries; including but not limited to medical devices, aerospace, automobiles, consumer electronics, robotic automation, etc. Therefore, our engineers have a knowledge base accumulated from millions of manufacturing cases and are familiar with the manufacturing standards and precautions of various industries.
- Rocket shell
- Motorcycle frame
- Bicycle bearing
- Metal electric control box
- Computer case
- Heavy goods shelf
- Robot arm
- Air conditioner shell
- UAV parts
Industries We Support
Our manufacturing is everywhere. In the past, we have exported countless parts to various industries; including but not limited to medical devices, aerospace, automobiles, consumer electronics, robotic automation, etc. Therefore, our engineers have a knowledge base accumulated from millions of manufacturing cases and are familiar with the manufacturing standards and precautions of various industries.
- Rocket shell
- Motorcycle frame
- Bicycle bearing
- Metal electric control box
- Computer case
- Heavy goods shelf
- Robot arm
- Air conditioner shell
- UAV parts
Trusted by Industry Leaders
See why engineering teams and procurement leaders trust TigerHubs for precision manufacturing, transparent communication, and dependable delivery.
Featured Success Story
Anders Johansson
VP Procurement, Nordic Industrial AB
Scaled from Prototype to 50,000 SLS Parts in 8 Weeks
TigerHubs took our complex nylon enclosure from CAD to full production faster than any supplier we've worked with. Their DfAM feedback caught three potential issues before printing, saving us thousands. The quality consistency across all 50,000 units was remarkable — zero rejects on incoming inspection.
Nylon SLS production batch at TigerHubs
"We switched to TigerHubs for our drone arm components after struggling with lead times from local suppliers. Not only did they match our GD&T specs perfectly, but they delivered in half the time using multi-jet fusion technology."
James Mitchell
CTO, AutomateX Robotics (USA)
"As a medical device startup, we needed ISO 13485-compliant manufacturing. TigerHubs handled our titanium surgical guides with exceptional precision using DMLS technology."
Dr. Elena Rossi
R&D Director, MedPrint S.r.l. (Italy)
"We've sourced 3D printed parts from China for over a decade. TigerHubs stands out for their transparency — real-time build tracking, honest lead times, and no hidden costs."
Markus Weber
Head of Engineering, DriveTech GmbH (Germany)
Trusted by Industry Leaders
See why engineering teams and procurement leaders trust TigerHubs for precision manufacturing, transparent communication, and dependable delivery.
"We switched to TigerHubs for our drone arm components after struggling with lead times from local suppliers. Not only did they match our GD&T specs perfectly, but they delivered in half the time using multi-jet fusion technology."
James Mitchell
CTO, AutomateX Robotics (USA)
"As a medical device startup, we needed ISO 13485-compliant manufacturing. TigerHubs handled our titanium surgical guides with exceptional precision using DMLS technology."
Dr. Elena Rossi
R&D Director, MedPrint S.r.l. (Italy)
"We've sourced 3D printed parts from China for over a decade. TigerHubs stands out for their transparency — real-time build tracking, honest lead times, and no hidden costs."
Markus Weber
Head of Engineering, DriveTech GmbH (Germany)
"TigerHubs gave us clear DFM feedback before production and kept communication transparent from quotation through final delivery."
Michael Turner
Engineering Manager, Precision Systems Ltd. (USA)
"The team delivered consistent quality across our prototype and repeat production batches, with inspection data that made supplier approval straightforward."
Anna Schneider
Supplier Quality Lead, MechaWorks GmbH (Germany)
"We appreciated the fast engineering response, practical manufacturing advice, and reliable delivery schedule for a time-sensitive development project."
Lucas Bennett
Product Development Director, Nova Robotics (UK)
Frequently Asked Questions
Contact UsSimple polymer parts can ship in 2–5 days. Metal 3D printed parts and complex polymer assemblies may take 1–3 weeks. Express services available for urgent requirements.
As-printed finish varies by technology — SLS typically 8–12 µm Ra, SLA as low as 0.5 µm Ra. Post-processing includes media blasting, vapor smoothing, CNC machining, dyeing, painting, and electroplating.
Yes. We support single-piece prototypes for design validation, through to bridge production and full serial production of thousands of parts, with consistent quality at every scale.
Standard tolerances are ±0.3 mm for SLS/FDM and ±0.1 mm for SLA/Metal DMLS. Tighter tolerances are achievable on critical features with secondary CNC machining.
We accept STEP (.stp), STL, 3MF, OBJ, AMF, IGES (.igs), as well as native SolidWorks, Autodesk Inventor, and CATIA files.
Frequently Asked Questions
Contact UsSimple polymer parts can ship in 2–5 days. Metal 3D printed parts and complex polymer assemblies may take 1–3 weeks. Express services available for urgent requirements.
As-printed finish varies by technology — SLS typically 8–12 µm Ra, SLA as low as 0.5 µm Ra. Post-processing includes media blasting, vapor smoothing, CNC machining, dyeing, painting, and electroplating.
Yes. We support single-piece prototypes for design validation, through to bridge production and full serial production of thousands of parts, with consistent quality at every scale.
Standard tolerances are ±0.3 mm for SLS/FDM and ±0.1 mm for SLA/Metal DMLS. Tighter tolerances are achievable on critical features with secondary CNC machining.
We accept STEP (.stp), STL, 3MF, OBJ, AMF, IGES (.igs), as well as native SolidWorks, Autodesk Inventor, and CATIA files.
Ready to Turn Your Design Into Production-Ready Parts?
From DfAM review and technology selection to precision 3D printing, post-processing and global delivery, TigerHubs helps engineering teams move faster with reliable custom parts.
Ready to Turn Your Design Into Production-Ready Parts?
From DfAM review and technology selection to precision 3D printing, post-processing and global delivery, TigerHubs helps engineering teams move faster with reliable custom parts.