Professional 3D Printing Services
3D Print Lab provides professional 3D printing services for prototypes, functional parts, and custom components. We work with individuals, businesses, schools, and institutions to turn digital designs, sketches, and physical samples into accurate, production-ready parts
You bring the idea, file, or sample. We produce the part.
We support FDM and resin printing, a wide range of materials from general-purpose plastics to engineering-grade polymers, and both one-off and repeat jobs. From initial review and material selection to printing, inspection, and delivery, we manage the full process in-house.
How the 3D Printing Process Works
Send us your file, sketch, or reference link.
Why Choose Us
Clear process
We guide you from file, sketch, or sample to the finished part. You always know what happens next.
Material-driven decisions
We select materials based on how your part will be used, not what is easiest to print.
Professional quality control
We inspect every part before release and reject prints that do not meet our internal standards.
Flexible entry points
Bring a finished model, a rough idea, a physical part, or a reference link. We handle the rest.
Engineering-grade capability
We print everything from basic prototypes to high-performance, load-bearing components.
Proven across real applications
Our work spans education, automotive, industrial, and largescale creative projects.
Materials and Printing Capabilities
We print with a wide range of materials, from general-purpose plastics to advanced engineering polymers.
We select materials based on function, environment, and performance requirements.
Common materials include:
PLA
A general-purpose plastic used for prototypes, display models, and low-load parts.
PETG / PETG-CF
Durable plastics suited to functional parts, with carbonfibre variants offering added stiffness and a matte finish.
ABS
A tough, heat-resistant plastic used for mechanical parts and enclosures.
ASA / ASA-CF
Weather- and UV-resistant plastics designed for outdoor and exposed applications.
PA6-GF30
A glass-fibre-reinforced nylon used for structural and loadbearing components.
PPA-CF
A high-performance engineering plastic used in demanding, high-strength applications.
TPU
A flexible, rubber-like material used for impact absorption, seals, and protective parts.
We also offer resin printing for high-detail models and precision parts.
For critical applications, we guide material selection before printing.
Industries We Serve
We support clients across a focused set of industries. Each has different constraints, expectations, and standards.
We adapt our process accordingly.
Schools and Educational Institutions
We supply complete 3D printing solutions for schools and universities. This includes printers, spare parts, filaments, technical support, and purpose-built educational models.
Hobbyists
We help hobbyists turn ideas into physical parts. This includes custom components, upgrades, replacements, and one-off creative projects.
Automotive
We produce replicated and custom vehicle components. Typical work includes brackets, housings, mounts, and replacement parts.
Art and Design
We work with artists and designers to produce large-scale pieces, display models, and complex custom forms.
Frequently Asked Questions
How much does 3D printing cost?
Cost depends on part size, material, and print settings. We price jobs based on material usage, with additional charges for design or post-processing when required.
What type of 3D printing do you offer?
What materials do you use?
Is 3D printing food safe?
How large can you print?
What tolerances do you achieve?
How long does printing take?
What are your payment terms?
Example Projects
We deliver professional 3D printing across education, automotive, industrial, and creative sectors, each with different technical demands.
We choose materials and processes to match.
Finished 3D Parts
3D printed parts can be finished in many ways to improve their appearance. This car part was recreated from a 3D scan and then 3D printed in both left-hand and right-hand versions so the sides match. Once finished and installed, it is almost impossible to tell it was 3D printed. Finishing shown here is for demonstration only and is not offered by 3D Print Lab.
3D Scanned Reproductions
Our high-accuracy 3D scanners can capture the finest details when it comes to reverse engineering and re-creating a part. We use a combination of high-quality scan and CAD design to achieve the best possible results.
Automotive Parts
This center console trim was needed to replace the damaged original. Seen here it is in the process of being sanded before going for hydro-dipping. Parts such as this one that are too large to be done in a single print are first strategically split into smaller sections and then joined afterwards into one part.
Large Scale Artistic Models
This life-size sculpture was one of three that were printed in a series for a well-known local artist. The originals were sculpted in clay before being 3D scanned. Due to their size, they were each split into multiple sections and then assembled. This piece of art was created using 30 rolls of filament.
Broken Part Repaired
Even broken parts can be re-created if there is enough information left in the broken piece. This frame went on to give new life to a prized motorbike.
Large Volume Productions
From a single print to a large volume production we can accommodate any order you require. These flexible TPU parts are one batch of a total of over 600 units made for a well-known automotive manufacturer. Our repeatable quality and strict quality control ensure that only high-quality parts leave our shop.