CNC machining workshop
Quote within 24h · No MOQ · NDA Available

Complex Parts,
One-Stop Solution.
From 3D Prototype to
CNC-Machined Production.

Hybrid manufacturing specialist combining 3D Printing for rapid iteration with CNC Machining for tight tolerances. Serving aerospace, automotive, medical & robotics industries across 15+ countries.

Upload Your CAD View Case Studies
15+
Countries Served
±0.01
Tolerance (mm)
24h
Prototype Response
0
Mold Cost
SLA · SLS · SLM 3D Printing
3-Axis / 4-Axis / 5-Axis CNC
Direct Owner Communication
NDA Protection Available
DDP / FOB / EXW Shipping
CMM Inspection Reports
SLA · SLS · SLM 3D Printing
3-Axis / 4-Axis / 5-Axis CNC
Direct Owner Communication
NDA Protection Available
DDP / FOB / EXW Shipping
CMM Inspection Reports
Technology Selection

Which Process Is Right
For Your Project?

Not sure whether to use 3D printing or CNC machining? Our hybrid approach lets you combine both for the best outcome.

Your Requirement Recommended Process Why
Complex geometry / Internal cooling channels 3D Printing No tool access limitations — can produce any internal geometry
High precision / Metal / Superior surface finish CNC Machining Tolerance up to ±0.01mm with Ra 0.8 surface finish achievable
Rapid prototype + Subsequent mass production Hybrid 3D print for validation → CNC for production, seamless iteration
Low-volume production (<200 units) Hybrid No mold tooling cost — ideal for small batches
Functional testing / Rapid design iteration 3D Printing Same-day printing possible, iterate design in hours not weeks
Aerospace / Medical certified materials CNC Machining Full traceability, material certs (EN10204, AS9100 docs)
Our Capabilities

Two Core Processes,
One Manufacturing Partner

From concept to final part, we cover the full spectrum of advanced manufacturing. Need both? See our Hybrid Solutions →

3D printing SLA machine in workshop
3D Printing

Additive Manufacturing

From rapid prototype to end-use parts. We select the optimal 3D printing technology based on your material, accuracy, and surface finish requirements.

Technologies: SLA, SLS, SLM, MJ, DMLS
Max Build Size: 600×600×600mm
Min Wall Thickness: 0.3mm (material-dependent)
Lead Time: 1–5 business days
Photopolymer Resin Nylon PA12 AlSi10Mg (Metal) Ti6Al4V (Titanium) SS 316L ABS-like
5-axis CNC machining center
CNC Machining

Precision CNC Machining

3-axis to 5-axis CNC centers for complex parts requiring tight tolerances, superior surface finish, and repeatability. Full DFM feedback provided.

Capabilities: 3-Axis, 4-Axis, 5-Axis CNC
Max Part Size: 1500×800×600mm
Tolerance: ±0.01mm achievable
Lead Time: 3–15 business days
Aluminum 6061/7075 Stainless Steel Titanium Grade 5 ABS / PC POM / Delrin Nylon
Our Process

From Concept to Door
in 4 Steps

Upload your CAD file, receive a DFM review and quote within 24 hours, and track your order through production to delivery.

Step 01
Upload CAD
Upload STL, STEP, IGES files. Fill in requirements.
Step 02
DFM Review
Our engineers review your design and suggest improvements.
Step 03
Production
3D print prototype → CNC production → quality inspection.
Step 04
CMM Inspection
Every critical dimension measured with CMM. Report included.
Step 05
Global Delivery
Secure packaging, tracked shipping to your door worldwide.
Core Differentiator

Hybrid Manufacturing Solutions

The real power: combining both technologies. We engineer the right sequence for each project's unique requirements.

01

3D Print + CNC Finish

Print complex internal geometries with 3D printing, then CNC-machine precision surfaces and critical features in one setup.

Eliminates tool access limitations
Same material from print to CNC
Ideal for conformal cooling channels
02

Prototype → Mass Production

Verify your design with 3D printed prototypes, iterate fast, then transition to CNC-machined production parts — no new tooling required.

Zero mold tooling cost for low volumes
Design validated before CNC production
Scale from 1 to 1000+ units seamlessly
03

3D Printed Fixture + CNC

Print custom jigs, fixtures, and gauge blocks at a fraction of machined cost, then use them to improve CNC setup accuracy and speed.

Cut fixture costs by up to 80%
Reduce CNC setup time significantly
Custom geometries impossible to machine
Proven Results

Case Studies

Real projects. Real results. See how hybrid manufacturing solves real engineering challenges.

Titanium exhaust flange hybrid manufactured
Automotive

Titanium Exhaust Flange — SLM + CNC Post-Machining

A US aftermarket exhaust brand needed 30 Ti-6Al-4V flanges with internal flow-optimized geometry impossible to machine from solid. Printed via SLM, then 5-axis CNC finished mounting surfaces and bolt holes to ±0.01mm tolerance.

-55%
Weight vs. Billet
12 days
Door to Door
Robotic joint housing CNC machined
Robotics

Aluminum Robotic Joint Housing — Sand Casting + CNC

German robotics company required 80 A356-T6 joint housings with complex internal channels for cable routing. Sand-cast blanks produced in 5 days, then CNC-machined bearing seats and mating faces to Ra 0.8 finish.

-70%
Cost vs. Low-Pressure Die
18 days
Total Lead Time
PEEK surgical guide for medical application
Medical

Surgical Guide — SLA Prototype → PEEK CNC Production

Israeli med-tech startup needed 200 patient-specific surgical guides. SLA rapid prototypes validated fit in week 1, then switched to PEEK CNC for biocompatible production runs — zero tooling cost, full ISO 13485 traceability.

$0
Tooling Investment
14 days
Prototype → Delivery
Discuss Your Project
About Us

Who You're Working With

Serafina Lin

Founder & Operator

Solo engineer running SolidForm Manufacturing
from Dongguan, China.

Most shops hand you an account manager. I hand you direct access to the person making your parts.

  • You talk to me. From initial DFM review to final packaging — one point of contact, no handoffs.
  • I quote personally. Every quote includes honest DFM feedback — no template responses.
  • I QC every part. Each piece is inspected before it leaves — CMM reports available on request.
  • No MOQ, no pressure. Prototype or production run — one engineer, full attention.

This is a sole proprietorship. When you reach out, you reach me.

Start a Conversation
Materials

Supported Materials

From engineering plastics to aerospace-grade metals. All materials available with full traceability and inspection certificates.

Metal
Aluminum 6061 / 7075
CNC SLM
Structural parts, enclosures, brackets
Metal
Stainless Steel 316L
CNC DMLS
Medical, marine, chemical applications
Metal
Titanium Ti6Al4V
CNC DMLS
Aerospace, medical implants, racing
Metal
AlSi10Mg (Aluminum)
SLM
Lightweight castings, heat sinks, manifolds
Plastic
ABS / PC (Machining)
CNC
Functional prototypes, housings, gears
Plastic
Nylon PA12
SLS
Snap-fits, living hinges, functional parts
Resin
SLA Engineering Resin
SLA
High-detail prototypes, investment casting
Resin
Transparent / ABS-like Resin
SLA
Visual prototypes, light pipes, fluidics
Engineering Plastic
POM / Delrin
CNC
Gears, bearings, precision mechanical parts
Special
PEEK / Ultem 9085
CNC SLS
High-temp aerospace, medical sterilization
Metal
Brass / Copper
CNC
Electrical connectors, fittings, decorative
Metal
Tool Steel H13 / D2
CNC
Molds, dies, cutting tools, fixtures
Workshop background
Get a Quote

Upload Your CAD File

Tell us about your project. Receive a detailed quote with DFM feedback within 24 hours. All uploads are protected under NDA upon request.

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or click to browse · Supported: .stl, .step, .stp, .iges, .igs · Max 50MB

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Knowledge Hub

Expert Insights

Practical guides to help you choose the right manufacturing process.

3D printing vs CNC machining comparison
Process Guide

3D Printing vs. CNC Machining: How to Choose the Right Process

A practical decision framework covering geometry complexity, tolerance requirements, material properties, and cost considerations for each technology.

3D printed jig improving CNC efficiency
Hybrid Manufacturing

How 3D Printed Jigs Improve CNC Efficiency by 30%+

Custom fixtures printed in hours vs. machined in days. See real examples of how additive tooling accelerates CNC workflows and cuts costs.

Small batch manufacturing cost comparison
Cost Strategy

Why Hybrid Manufacturing Wins for Low-Volume Production

Injection molding has high upfront costs. Hybrid manufacturing eliminates tooling entirely — making small batches economically viable.

Ready to Start?

Complex Parts Need a Smarter Approach.

Upload your CAD file today and get a professional DFM review + quote from our manufacturing engineers — all within 24 hours.

Upload CAD File Contact Us
Get in Touch

Contact Us

Questions about our capabilities, need a feasibility study, or want to discuss a project? We're here to help.

Email
serasmith293@gmail.com
WhatsApp / Phone
+86 15014602373
Address
Dongguan, Guangdong, China
Business Hours
Mon–Sat 09:00–18:00 CST
24/7 quote system online
Legal
NDA available on request · Terms & Conditions · Privacy Policy

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