Engineering-Led Jigs & Fixtures
Jigs and fixtures directly affect:
-Product quality
-Production speed
-Operator consistency
-Safety and repeatability
Poorly designed tooling increases errors, scrap, and downtime.
Every jig and fixture we produce is reviewed for:
-Dimensional accuracy and repeatability
-Load and clamping forces
-Operator ergonomics and safety
-Integration with existing equipment
-Manufacturing feasibility and durability
Where required, tooling is designed to be modular, replaceable, or scalable for future production needs.
What We Design & Manufacture
Custom jigs that ensure consistent positioning and alignment during assembly operations.
Fixtures designed to support dimensional inspection, quality control, and repeat verification.
Work-holding fixtures for drilling, routing, trimming, bonding, and secondary operations.
From single-use production aids to repeat tooling used across ongoing manufacturing runs.
Our Tooling Design & Manufacturing Process
We assess your production process, tolerances, cycle times, and tooling objectives.
Tooling is designed in CAD with accuracy, ergonomics, and repeatability built in.
Jigs and fixtures are produced using controlled, production-ready manufacturing methods.
Where required, tooling is validated to ensure correct fit, function, and repeatability.
Tooling Materials & Manufacturing Methods
We manufacture jigs, fixtures, and tooling using engineering polymers and metals, selected based on load, environment, and production demands.
Engineering polymers are ideal for tooling where weight reduction, corrosion resistance, and rapid iteration are beneficial.
Common materials include:
-PETG
-ABS
-ASA
-TPU
-Nylon
Best suited for assembly jigs, positioning fixtures, alignment tools, and production aids.
For applications requiring higher stiffness, load capacity, or durability, we manufacture tooling using steel and aluminium.
Common metal tooling applications include:
-Structural fixtures
-Load-bearing jigs
-Machining and fabrication fixtures
-Long-life production tooling
Material selection is always driven by application and performance, not convenience.
Accuracy, Repeatability & Production Efficiency
Well-designed tooling delivers measurable improvements:
-Reduced operator variability
-Improved part consistency
-Faster assembly and inspection
-Lower scrap and rework rates
-Safer production processes
Tooling can be updated or refined as production requirements evolve.
Industries Using Jigs, Fixtures & Tooling
Our tooling solutions support:
-Engineering & Manufacturing
-Automotive & Motorsport
-Aerospace-Related Engineering
-Agriculture & Equipment Manufacturing
-Injection Moulding & Product Development
-Industrial Fabrication
-Education & Technical Training
Industries We Serve with 3D Printing
We provide professional 3D printing services across a wide range of industries, supporting functional, commercial, and production-critical applications.
Engineering & Manufacturing
Automotive & Motorsport
Agricultural & Farming
injection Moulding & Product Development
Dental & Medical Prototyping
Architecture & Built Environment
Retail, Signage & Displays
Education & Training
Custom Statues, Displays & Sculptures
Why Choose Create It 3D for Jigs & Tooling
Create It 3D is built for engineers, manufacturers, and businesses that need reliable, production-ready 3D printing — not hobby output. Our systems, processes, and capacity are designed to support real-world applications, tight deadlines, and repeatable quality.
All tooling is designed with manufacturing intent, not trial-and-error.
We produce tooling in engineering plastics and metals to suit the application.
One-off tools or repeat tooling for ongoing production.
CAD, iteration, and production handled under one workflow.
Tooling manufactured locally and delivered across South Africa.
Jigs, Fixtures & Tooling – FAQs
What are jigs and fixtures used for?
What are jigs and fixtures used for?
They are used to locate, support, and guide parts during manufacturing, assembly, or inspection to improve accuracy and repeatability.
Are 3D printed jigs strong enough for production use?
Are 3D printed jigs strong enough for production use?
Yes. When designed correctly and produced using suitable materials, 3D printed jigs are widely used in industrial production environments.
When should metal tooling be used instead of plastic?
When should metal tooling be used instead of plastic?
Metal tooling is recommended where higher loads, stiffness, or long service life are required.
Can tooling be modified after production?
Can tooling be modified after production?
Yes. One of the advantages of custom tooling is that it can be refined or updated as production processes change.
Do you design tooling or only manufacture it?
Do you design tooling or only manufacture it?
We do both — from initial CAD design through to final manufacturing.
Do you offer NDAs for tooling projects?
Do you offer NDAs for tooling projects?
Yes. NDAs are available for confidential manufacturing and tooling projects.
Do you deliver tooling across South Africa?
Do you deliver tooling across South Africa?
Yes. We manufacture locally and deliver nationwide.
Get a Quote for Jigs, Fixtures & Tooling
Get a Quote for Jigs, Fixtures & Tooling
Upload your file or describe your tooling requirements.
Our engineers will review your production process and recommend a suitable solution.