3D Printing Service Singapore | FDM, SLA, SLS, SLM & MJF

FDM · SLA · SLS · SLM · MJF

What We Do

Singapore's Leading 3D Printing Specialists

3D printing transforms digital designs into physical parts layer by layer, enabling geometries, lead times, and unit economics that traditional manufacturing simply cannot match. Whether you need a single concept prototype by tomorrow or a batch of functional end-use components, additive manufacturing delivers.

At 3D Specialist, we operate across five industrial-grade technologies, FDM, SLA, SLS, SLM, and MJF, covering thermoplastics, engineering polymers, resins, and metal alloys. We help engineers, product designers, and manufacturers across Singapore select the right process for their material, tolerance, and budget requirements.

Every job is reviewed by our team before printing begins. We'll flag DFM issues, recommend material substitutions where appropriate, and ensure your files are print-ready before a single layer is laid down. End-to-end service from file to finished part.

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Technologies

Five Print Technologies Under One Roof

Each technology has distinct strengths. We'll help you choose the right one, or combine them, for your specific application.

FDM

Fused Deposition Modeling

Extrusion-based thermoplastic printing

The most versatile industrial process for strong, functional thermoplastic parts. Layer-by-layer material extrusion produces durable components suitable for everything from concept models to structural end-use parts. FDM offers the widest material selection of any additive process, from commodity plastics to high-performance engineering grades.

Typical Tolerance

±0.2–0.5mm

Layer Resolution

0.1–0.3mm

Best For

Functional parts

Lead Time

1–3 days

Materials

ABS PC PC-ABS ASA Nylon Carbon Composites Ultem PEKK

Strong, durable components for demanding mechanical applications
Widest material selection of any 3D printing process
Cost-effective for large parts and low-volume production runs
Post-processing options available to improve surface finish and appearance

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SLA

Stereolithography

Laser-cured resin, ultra-high detail

A UV laser cures liquid resin layer by layer, producing the highest surface quality and finest detail of any print process. Ideal for intricate concept models, presentation prototypes, dental and medical applications, and any part where surface finish and dimensional accuracy are paramount.

Resolution

20 microns

Surface Finish

Excellent

Best For

Detail models

Lead Time

1–2 days

Materials

Rigid Opaque Transparent Flexible Castable Engineering Resin

Resolution as fine as 20 microns for intricate surface details
Smooth surfaces with minimal visible layer lines
Multi-material and overmold simulation capability
Complex geometries produced in a single build operation

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SLS

Selective Laser Sintering

Powder bed fusion, no support structures

A high-powered laser sinters thermoplastic powder layer by layer, creating strong, durable parts without any support structures. The unfused powder acts as its own support, enabling complete design freedom for complex geometries, internal features, and nested assemblies that other processes cannot achieve.

Typical Tolerance

±0.3mm

Surface Finish

Good

Best For

Complex geometry

Lead Time

2–4 days

Materials

Nylon PA12 Nylon PA11 Glass-filled Nylon TPU

No support structures required, complete design freedom
High strength and heat resistance properties
Ideal for industrial, aerospace, and functional end-use parts
Scalable batch production of 1,000+ parts within days

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SLM

Selective Laser Melting

Full-density metal parts from powder

A high-power laser fully melts metal powder to produce dense, structural metal components with exceptional accuracy and material properties comparable to wrought metal. SLM enables complex internal geometries, channels, lattices, and undercuts, that are impossible with traditional CNC machining or casting workflows.

Typical Tolerance

±0.1mm

Density

99.9%

Best For

Metal end-use parts

Lead Time

3–7 days

Materials

Stainless Steel Titanium Aluminium Inconel Tool Steel

Full-density metal parts, no porosity or structural weakness
Complex internal channels and lattice structures in one build
No tooling required, direct from CAD file to finished metal part
Preferred for aerospace, medical implants, and industrial tooling

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MJF

Multi Jet Fusion

Fusing & detailing agents, isotropic strength

HP's Multi Jet Fusion uses fusing and detailing agents combined with heat to produce watertight, dimensionally accurate plastic parts without support structures. MJF achieves isotropic mechanical properties, consistent strength in all directions, making it the preferred choice for functional end-use parts and production batches at scale.

Typical Tolerance

±0.2mm

Surface Finish

Very Good

Best For

Production batches

Lead Time

2–4 days

Materials

Nylon PA12 Nylon PA11 PP TPU

Isotropic mechanical properties in all build directions
Watertight parts without any support structures
Excellent surface finish and dimensional accuracy out of the machine
Cost-effectively scalable to 1,000+ end-use parts within days

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How It Works

The Printing Process

Step 01

Step 1, Submit your 3D file for printing

Submit Your File

Upload your 3D file in STL, STEP, OBJ, or any major CAD format. Our team reviews the geometry for printability, checks wall thicknesses and tolerances, and flags any issues before production begins, so there are no surprises at delivery.

Step 02

Step 2, Print preparation and production

Prepare & Print

We select the optimal print orientation, support strategy, and process parameters for your chosen technology. Parts are printed on industrial-grade machines with consistent, repeatable quality, whether you need one unit or a full production batch.

Step 03

Step 3, Post processing and delivery of 3D printed parts

Post-Process & Deliver

Printed parts are cleaned, support-removed, and post-processed as required, from basic cleaning to sanding, priming, painting, or electroplating. Final parts are inspected for dimensional accuracy before delivery or collection at our Henderson facility.

Our Work

Parts Gallery

A selection of real 3D printed parts produced by our team, from metal components and carbon fibre kits to custom housings and industrial fixtures.

Binder Jetting

Copper Bus Bars

Carbon Fiber Kit

Steel Whistle

Tube Bending

Palmer Foundry

Industrial Brackets

Hybrid Gripper

Our Workflow

From File to Finished Part

Step 01

Submit Your Brief

Share your 3D file along with material preferences, tolerances, intended application, and quantity. The more context you give us, the faster we can quote.

Step 02

Expert Review & Quote

Our engineers review your file for printability and recommend the best technology and material. You receive a clear quote with options before any commitment.

Step 03

Production & Quality Check

Parts are printed, post-processed, and inspected in-house. We check dimensions and surface quality before any part leaves our facility.

Step 04

Delivery & Support

Parts are delivered to your door or ready for collection. Our team remains available post-delivery for any follow-up or repeat orders.

Industries We Serve

Built for Every Industry

Our 3D printing capabilities serve a diverse range of sectors, each with its own material, tolerance, and application requirements.

01

Aerospace

Lightweight structural components & brackets
Titanium and aluminium SLM parts
Complex internal channel geometries
Rapid tooling and jig fabrication

02

Automotive & EV

Prototype housings and brackets for EV systems
Custom intake, exhaust, and body components
Functional fit-and-form verification parts
Short-run production of discontinued components

03

Medical & Healthcare

Custom orthotics and prosthetic components
Surgical planning models and anatomical replicas
Medical device housings and fixtures
Biocompatible and sterilisable material options

04

Consumer Electronics & E&E

Enclosures, covers, and mounting hardware
Snap-fit and press-fit assemblies
Thermal management component prototyping
Bridge production between development and tooling

05

Industrial Machinery

Custom jigs, fixtures, and assembly aids
End-of-arm tooling for robotic systems
Replacement parts for legacy equipment
MRO components on demand

06

Education & Research

Prototype models for student and academic projects
STEM teaching aids and demonstration models
Lab specimen replicas and research samples
Fab Lab and makerspace production support

07

Product Design

Concept models and appearance prototypes
Iterative design validation at low cost
Pre-production samples for investor and client review
Bridge manufacturing before injection mould tooling

08

Automation & Smart Manufacturing

Cobot end-effectors and gripper housings
Sensor mounts, cable guides, and system fixtures
Custom automation cell components
IoT device enclosures and housing prototypes

Have a Part
to Print?

Upload your file and tell us your requirements, we'll recommend the right technology and material, and get you a quote fast.

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Why Choose Us

Printing You Can Build On

Our 3D printed parts aren't just prototypes, they're starting points for real engineering work. Every file we receive is reviewed, every part we print is inspected, and every delivery is supported by a team that understands manufacturing.

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5 Technologies In-House

FDM, SLA, SLS, SLM, and MJF under one roof, no outsourcing delays, no single-technology limitations. We match the process to your part.

Fast Turnaround

Most standard print jobs are completed within 1–3 business days. Rush jobs can be accommodated, contact us with your deadline.

End-to-End Service

From file review and DFM advice to printing, post-processing, and delivery, we handle the complete workflow so you don't have to coordinate multiple vendors.

Quality Inspection

Every part is dimensionally checked before dispatch. For critical applications, we can provide inspection reports alongside your delivery.

Multi-Industry Experience

We've printed parts for aerospace engineers, medical device companies, EV manufacturers, researchers, and consumer brands, each with different demands.

Scan-to-Print Workflow

Need to recreate an existing part? We combine our 3D scanning and printing services in a single order, from physical object to finished replacement part.

Common Questions

FAQ

Can't find your answer?

Contact our team

We accept all major 3D file formats including STL, STEP, STP, OBJ, 3MF, IGS, IGES, AMF, and native CAD files from SolidWorks, Fusion 360, CATIA, and others. If you're unsure whether your format is supported, just send it over and we'll confirm before quoting.

The right technology depends on your material requirements, dimensional tolerances, surface finish expectations, and end-use application. As a general guide: FDM suits functional thermoplastic parts; SLA excels for high-detail resin models; SLS/MJF are ideal for strong, support-free nylon parts; SLM produces full-density metal components. Share your requirements with our team and we'll recommend the best fit before you commit.

Dimensional accuracy varies by technology. SLA achieves resolutions as fine as 20 microns for very high detail. FDM and SLS typically hold tolerances of ±0.2–0.5mm depending on part geometry and size. MJF and SLM achieve excellent dimensional accuracy for functional and end-use applications. If you have specific tolerance requirements, let us know and we'll confirm which process can meet them.

Yes. We regularly handle single-unit prototypes for design validation as well as production runs of hundreds or thousands of parts, especially via MJF and SLS which are designed for scalable batch output. There's no minimum order quantity for most services. Contact us with your quantity and timeline requirements and we'll provide a competitive quote.

Yes. We offer a full range of post-processing options including support removal, sanding, priming, painting, and electroplating through our in-house post-processing service. Whether you need a presentation-ready appearance model or a plated metal finish on a printed part, we can handle it as part of the same order.

Absolutely. This is one of our most popular combined workflows, we 3D scan the existing object using our Peel 3D scanner, reverse-engineer it into a CAD model, and then print the replacement or modified version. The entire pipeline is handled in a single order. Contact us with details of the part and we'll advise on the full process and timeline.

Our Services