Reliable 3D printed parts from prototypes up to small batch production runs.

ProtoMech Engineering (Pty) Ltd bridges prototyping and production with functional FDM parts, avoiding tooling costs and long lead times.

Request a quote See typical applications

Backed by years of production experience, we deliver FDM parts across consumer and engineering plastics for brackets, housings, clips, fixtures, and other low to medium volume needs.

Is 3D printed production a fit for your project?

As a guideline, 3D printing makes a lot of sense when you:

  • Need between a handful and a few hundred parts.
  • Want to avoid tooling costs or design freeze too early.
  • Have parts that would be complex or expensive to machine.
1–10
Proof-of-concept
10–200
Low-volume production
200+
Talk to us

Not sure where your project fits? Send a description below and we'll advise whether 3D printing is a good option.

Services

From early prototypes to small production batches, ProtoMech Engineering combines CAD design and 3D printing to deliver practical, install-ready parts.

Custom 3D printing

Upload your existing CAD files (STEP, STL, etc.) and we'll prepare and print parts suitable for real-world use.

  • FDM production: PETG, ASA, PA6, PA12, CF-filled, Glass-filled, etc.
  • Functional prototypes & jigs
  • Short production runs

Design & engineering

No model yet? We can design from sketches, samples or a broken part, with manufacturing and assembly in mind.

  • Parametric CAD models
  • Design-for-print guidance
  • Technical drawings if needed

Replacement & repair parts

Reverse engineered parts for equipment where spares are expensive, slow to get, or no longer available.

  • Clips, latches, covers
  • Custom adapters & brackets
  • Improved designs over OEM

Low-volume production runs

Consistent batches of parts for internal products, trial kits, or ongoing low-volume requirements.

  • Repeatable quality
  • Flexible order quantities
  • Easy design updates between batches

How it works

A straightforward process from first contact to parts in your hands — no surprises, no design freeze.

01

Tell us what you need

Send us a description, sketch, sample, or existing file. If you're not sure exactly what you need, that's fine too — we'll help scope it out.

02

We quote & advise

We'll review your requirements, suggest the best material and approach, and send you a clear quote — typically within one business day.

03

We produce your parts

Once approved, we print, inspect, and post-process your parts. Most orders are ready within 3–7 business days.

04

Delivered to you

Parts are shipped nationwide via courier, or available for local collection. Your files are kept on record for easy reorders.

Materials & capabilities

We specialise in FDM across consumer and engineering-grade plastics. Not sure which material fits your application? We'll advise during quoting.

Material Category Strength Temp. resistance Typical use cases
PLA Consumer
~60 °C Fit checks, visual mock-ups
PETG Consumer
~80 °C General parts, enclosures, clips
ASA Consumer
~90 °C Outdoor parts, UV-resistant housings
PA6 (Nylon) Engineering
~120 °C Load-bearing parts, wear components
PA12 (Nylon) Engineering
~130 °C Flexible, durable, good chemical resistance
PA-CF (Carbon Nylon) Engineering
~150 °C Structural, stiff, high heat & load demands

Colours & finishes

Consumer-grade materials are available in a range of colours on request. Engineering-grade materials are typically black or natural. Post-processing options include sanding, priming, and painted finishes for parts with appearance requirements.

Build volume & tolerances

We print parts up to approximately 350 × 350 × 400 mm in a single piece. Larger assemblies can be split and bonded. Typical dimensional tolerances are ±0.2–0.5 mm depending on geometry and material.

When is 3D printing a good alternative?

3D printing shines when you want flexibility and low upfront cost, rather than committing to tooling and large minimum order quantities.

Ideal scenarios

  • You're validating a design and expect a few iterations.
  • You only need a small to medium quantity of parts.
  • Your parts are complex, with features that are awkward to machine.
  • You want the option to update the design between batches.

Typical quantities & price breaks

Every project is different, but as volumes increase we can often offer better pricing on identical parts.

Quantity Use case Indicative pricing behaviour
1–5 Prototypes / one-offs Per-part price highest; focus on speed and learning.
5–25 Pilot runs, fixtures & jigs More efficient build layouts reduce cost per part.
25–200+ Ongoing low-volume production Best opportunity for price breaks on repeat batches.

Advantages over traditional methods

3D printing won't replace all manufacturing, but in the right context it can be faster, cheaper, and far more flexible than tooling-based approaches.

No tooling cost

You're not paying for moulds or fixtures before you have a proven design. Ideal when you're still refining geometry or volumes are modest.

Faster iteration

Make changes between batches at minimal cost. Especially useful when you're getting feedback from real-world use.

Geometry freedom

Internal channels, organic shapes, integrated mounting features and other difficult geometries are often more practical with additive manufacturing than with subtractive or moulded parts.

Typical parts and applications

From simple brackets and clips to batches of hundreds of parts — examples of the work we take on.

Small brackets and clips

Brackets, clips & mounts

Small parts

Small functional parts for holding sensors, cables or panels in place – ideal candidates for 3D printing where tooling would be expensive for low quantities.

3D printed electronic enclosures

Custom housings & enclosures

Electronics

Application-specific housings designed around your PCB and connectors, including mounting points, cable routing and branding where needed.

Batch of parts on 3D printer

Short-run batches of parts

Production

Sets of identical components produced in batches – ideal for in-house products, kits, or hardware you supply to your own clients.

What clients say

We let results speak — here's what some of the people we've worked with have to say.

★★★★★

"Replace this with a real client quote. Describe the service received, quality of the parts, turnaround time, or anything that stood out about the experience."

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★★★★★

"Replace this with a real client quote. Focus on something specific — a problem that was solved, a material recommendation that worked, or a fast turnaround that saved the day."

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★★★★★

"Replace this with a real client quote. Even one or two sentences from a satisfied client carries significant weight for new visitors making a decision."

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About ProtoMech Engineering

ProtoMech Engineering (Pty) Ltd was founded to bridge the gap between design and production for engineers, product developers, and small businesses who need functional parts fast — without the overhead of large-scale manufacturing.

Based in Cape Town, South Africa, we combine hands-on engineering experience with a practical approach. We work closely with each client to make sure the material, geometry, and process are right for the application — not just the easiest path to print.

Personal service

You deal directly with the engineer doing the work — no intermediaries, no miscommunication.

Engineering background

We understand tolerances, loads, and real-world fit — not just how to operate a printer.

Honest advice

If 3D printing isn't the right solution for your project, we'll tell you — and point you in the right direction.

Quick facts

  • Entity ProtoMech Engineering (Pty) Ltd
  • Location Cape Town, South Africa
  • Technology FDM (Fused Deposition Modelling)
  • Delivery Nationwide courier + local collection
  • Typical lead time 3–7 business days
  • Registration Reg. No. 2025/874985/07

Frequently asked questions

Common questions before placing an order. If yours isn't here, ask via the form below.

STEP (.step / .stp) and STL (.stl) are preferred. We can also work from DXF, IGES, and most CAD exports (Fusion 360, SolidWorks, etc.). If you only have a sample, sketch, or photo of a broken part, we can reverse-engineer it from there.

Most orders are turned around within 3–7 business days from design sign-off and payment confirmation. Larger batches or complex engineering-grade prints may take a little longer. Rush requests can sometimes be accommodated — contact us to discuss.

Yes, we ship nationwide via courier. Delivery cost is quoted separately based on parcel size and destination. Local collection from our workshop is also available.

There is no minimum — we print single parts as readily as batches of hundreds. Pricing per part is naturally better at higher quantities, but one-offs are always welcome.

Absolutely. Many of our clients run periodic batches. We keep your design files on record so reorders are quick and consistent, and you can request design updates between batches at any time.

It depends on the material, geometry, and how the part is loaded. We'll advise on material choice and print orientation during the quoting process to make sure the part performs as intended. If FDM isn't the right technology for your use case, we'll say so upfront.

Request a quote or ask a question

Tell us what you're working on — from a single replacement part to a low-volume production run. We'll get back to you within one business day with suggestions, options, and indicative pricing.

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