FREE SHIPPING ON ALL ORDERS OVER R1500

High-Detail Resin 3D Printing in South Africa

What is Resin 3D Printing?

Resin 3D printing uses SLA (stereolithography) and MSLA (masked stereolithography) technology. Instead of melting plastic filament like FDM printing, resin printers cure liquid photopolymer resin with UV light to build models layer by layer.

This technology makes it possible to achieve:

Extremely fine detail – layer resolution as small as 25 microns.
Smooth surface finishes that look almost injection-moulded.
Tight tolerances for precise fits and engineering parts.
Design freedom for complex geometries and intricate features.

Why Choose Resin 3D Printing?

When precision and visual quality are critical, resin printing is the top choice. Unlike traditional plastic (FDM) printing, resin offers:

Resin printing benefits include:

Professional prototypes – impress investors and clients with realistic parts.
Fast turnaround – get detailed prints in days, not weeks.
Material flexibility – from standard resin to tough, flexible, and biocompatible options.
Cost-effective – perfect for short runs and one-off production.

Resin 3D Printing Applications

We stock a wide variety of plastic filaments to match your project’s needs:

PLA (Polylactic Acid): Eco-friendly, cost-effective, great for prototypes.
ABS (Acrylonitrile Butadiene Styrene): Strong, impact-resistant, ideal for functional parts.
PETG: Tough, chemical-resistant, excellent balance of strength and flexibility.
Nylon (PA & PA-CF): Engineering-grade, highly durable, and wear-resistant.
ASA: UV-resistant, perfect for outdoor applications.
Carbon-Filled / Glass-Filled: Reinforced composites for high-performance applications.

Resin 3D Printing Applications

Both Resin (SLA/MSLA) and Plastic (FDM) 3D printing have unique strengths. Choosing the right method depends on your project’s needs:

Resin (SLA/MSLA): Best for fine detail, smooth surfaces, and precision. Suitable for small to medium-sized parts.
FDM Printing: Best for large, durable, and cost-effective parts where surface finish is less important.

Not sure which to choose? Our team will recommend the right process based on your part’s function, size, and budget.

Resin Materials Available

We offer a wide selection of professional resins to match your project requirements:

Standard Resin: Affordable, versatile, perfect for prototypes.
Tough / ABS-Like Resin: Stronger and impact-resistant for functional parts.
Flexible Resin: Rubber-like elasticity for special applications.
High-Temperature Resin: Withstands heat for moulds and casting.
Dental / Biocompatible Resin: Safe and accurate for medical applications.

Our Process – From File to Finished Part

Working with us is as easy as 1 , 2 ,3 4, 5, :

1. Send us your file (STL, OBJ, or CAD) or request a design.
2. We provide a free quote with material and finish options.
3. Production begins – your part is resin printed and post-processed.
4. Quality control check to ensure accuracy.
5. Delivery or collection anywhere in South Africa.

Why Work With Create It 3D?

🇿🇦 Local South African team – fast turnaround and easy communication.
🖨️ Professional-grade printers – industrial SLA/MSLA machines.
⚡ Quick quotes and transparent pricing.
🎯 Expert guidance – from choosing the right resin to post-processing.
🔄 Full service – including CAD design, 3D scanning, and plastic/FDM printing.

Some Of The Industries We Serve:

Dental & Medical – orthodontic models, surgical guides, anatomical models.
Jewellery & Casting – master patterns for lost-wax casting, intricate design samples.
Miniatures & Models – tabletop gaming pieces, figurines, architectural models.
Engineering & Prototyping – accurate test parts, enclosures, casings, and functional prototypes.
Consumer Products – custom designs, accessories, and small batch production.

The evidence is in every layer we print.

Problem

The client could no longer source the specific bolt covers needed for their equipment. Suppliers had discontinued them, leaving machinery exposed and at risk. Without replacements, downtime and extra maintenance costs were inevitable.

Solution

Reverse Engineering – We took the remaining part and recreated it digitally, ensuring an exact fit.
3D Printing in Nylon PA12 – A durable, UV- and weather-resistant material was chosen to withstand outdoor use.
Finishing & Testing – Each part was smoothed, inspected, and delivered ready for immediate use.

Outcome

Within just 14 days, the client received over 500 fully functional bolt covers, restoring protection to their equipment without relying on unavailable suppliers.

Problem

A client came to us with a broken radiator shroud for their vehicle. The original part was no longer available from suppliers, and without it, the engine was at risk of overheating and reduced efficiency. Buying a new radiator assembly just to replace the shroud would have been costly and unnecessary.

Solution

Reverse Engineering / 3D Scanning → We scanned the broken shroud and reconstructed it digitally to ensure a perfect fit.
3D Printing in Heat-Resistant Material → Printed the replacement using Glass Fill Nylon for its toughness, heat tolerance, and UV resistance.
Finishing & Strength Testing → Smoothed and reinforced the part to handle vibration and continuous exposure under the hood.

Outcome

The client received a fully functional radiator shroud replacement at a fraction of the cost of sourcing a new assembly. The vehicle’s cooling system was restored to optimal performance, extending the life of the radiator and avoiding unnecessary expenses.

Problem

A local spare shop could no longer find sun visor clips for a specific vehicle model. These small but critical interior parts were discontinued, leaving customers frustrated with dangling visors and the shop unable to meet demand. Buying new visors just for the clips wasn’t cost-effective.

Solution

3D Scanning & Reverse Engineering → We scanned the original clip and digitally rebuilt it for precise fitment.
3D Printing in Durable Plastic → Produced clips in Nylon PA12 for strength and long-term reliability, with the option of bulk production.
Batch Manufacturing → Delivered the parts in bulk quantities, giving the spare shop a consistent supply to sell to their customers.

Outcome

The shop received hundreds of ready-to-install clips at a low unit cost. They were able to reintroduce a discontinued part to the market, boosting customer satisfaction and unlocking a new recurring revenue stream.

Problem

A client needed a large custom bin prototype to present to their customers. Traditional manufacturing would have required expensive tooling and long lead times — making it impossible to produce a functional sample quickly and cost-effectively.

Solution

CAD Design & File Prep → Modeled the bin to exact specifications, ensuring it matched the client’s
concept.
Large-Format 3D Printing → Printed the prototype in sections using ABS/ASA, then assembled it into a full-size functional unit.
Finishing for Presentation → Smoothed, filled, and painted the prototype to look like a production-ready product.

Outcome

The client received a full-scale prototype bin within days — allowing them to present a tangible product to their customers without waiting for tooling. This fast turnaround helped the client validate their idea, impress their audience, and move closer to securing bulk production.