Manufacturing services
Process Capabilities
Covering manufacturing processes from prototype validation to production — the platform matches the best process path from part structure, material, and quantity.
3D printing
SLA / SLS / MJF / FDM / metal — rapidly build complex parts for prototype validation and short runs. Applications: prototype validation · functional testing · complex geometry.
CNC machining
3–5 axis CNC for high-precision metal and engineering-plastic parts that meet fit and strength needs. Applications: precision functional parts · assemblies · end-use parts.
Vacuum casting
Short-run prototype copies and functional samples with near-injection part quality. Applications: prototype validation · functional testing · short-run pilots.
Injection molding
For mid-to-high volume production with consistent parts and lower unit cost. Applications: volume production · end-product components.
Sheet metal
For structural and housing parts — balancing cost, strength, and delivery speed. Applications: structures · enclosures and cabinets · housings and frames.
Why Choose Qinmo
- Active in—25+ countries
- Customers served—3000+
A technical sales team that stays close to every detail of your requirements.
Transparent quotes with comparable process paths. Engineers help optimize material and process choices so unit and order costs stay controlled without sacrificing quality.
Coordinated delivery across 3D printing, CNC, vacuum casting, injection molding, and sheet metal — from prototype validation through short-run production.
Parts ship to dimensional and appearance standards with traceable critical dimensions for fit and functional validation.
Digital quoting and parallel scheduling shorten the path from drawing to part, with rush options and multi-process delivery when needed.
Our Service Process
1. Upload drawings
- Supports mainstream 3D / 2D formats: STEP, IGES, STL, DWG, DXF, and more
- After upload, part structure and critical dimensions are parsed automatically
Lead time
- Initial file parse complete within 1–5 minutes of upload
2. Engineering evaluation & quote
- Automated DFM (design for manufacturability) analysis flags structural risks
- Quote packages show material, process, and quantity at a glance
Lead time
- Smart quotes for standard parts within 30 minutes
3. Engineer review + DFM advice
- Engineers review drawings and quotes, then propose manufacturing optimizations
- Including structure tweaks, material recommendations, and process improvements
Lead time
- Manual review feedback within 24 hours
4. Manufacturing
- Production follows the confirmed process plan under standard workflows
- Quality monitoring throughout production
- Multi-process coordinated scheduling for efficiency
- Supports prototypes, short runs, and volume production
Lead time
- 3D printing prototypes: 1–5 working days
- CNC short runs: 3–7 working days
- Sheet metal: 5–10 working days
- Injection tooling & volume: custom by batch (typically 2–4 weeks)
5. Delivery
- Agreed packaging, logistics, and delivery with end-to-end tracking
- Factory inspection reports / material certification provided
- Domestic and international shipping supported
Lead time
- Domestic logistics 1–7 days; international express depends on destination
Typical Application Scenarios
Engineering-grade manufacturing scenarios from design validation and short-run pilots through volume delivery.
Prototype validation
Early appearance, structure, and fit checks — rapidly build samples for function and dimensional review so design issues surface before production.
Recommended processes: 3D printing, CNC machining
Key traits:
- Fast form and fit validation
- Supports multi-round design iteration
- Low-cost trial samples
Short-run pilot
Validate function, process, and assembly before full production — balancing cost, lead time, and consistency so designs transfer cleanly to volume.
Recommended processes: 3D printing, CNC machining, sheet metal
Key traits:
- Verify process stability
- Check fit and tolerance match
- Reduce production risk
Volume delivery
Scaled production for stable demand — standardized processes and quality control for consistent manufacturing and on-time delivery.
Recommended processes: CNC machining, sheet metal, injection molding
Key traits:
- Stable batch supply
- Controllable cost
- High quality consistency
Functional parts
Parts that carry real-world function — with clear engineering requirements for strength, precision, and material performance.
Recommended processes: CNC machining, injection molding, metal 3D printing
Key traits:
- Meets strength and life requirements
- Controllable size and tolerances
- Suitable for end-use products
Fixtures & tooling aids
Locating, holding, and assisting operations in production or assembly — improving efficiency and consistency.
Recommended processes: 3D printing, CNC machining
Key traits:
- High locating and clamping accuracy
- Customizable structures
- Quick to replace
Custom components
Nonstandard structures and special applications — multi-process combinations with engineering review and optimization advice.
Recommended processes: Multi-process combination (by structure review)
Key traits:
- Nonstandard structures
- Multi-process combinations
- Built to requirement