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Empower students and researchers with hands-on, high-quality 3D printed parts — delivered in as little as 24 hours. No tooling, no MOQ, and no overseas delays — just reliable, local manufacturing built for education.
3dm / STEP / STL / dwg accepted • No minimums • NDA-friendly
Bring lessons to life with tangible, high-quality 3D printed models — from engineering components to architectural study pieces. Designed for durability and accuracy, helping students understand and engage through physical learning.
Meet tight academic schedules with local manufacturing that delivers in as little as 24 hours. Perfect for research projects, student prototypes, or last-minute R&D requirements without overseas delays.
No minimum order quantities, no tooling, no downtime. Whether you need a one-off teaching aid or a bulk run for a school program, we make high-volume educational printing simple, cost-efficient, and on time.
Educators and researchers often face the same challenge — how to make complex ideas tangible, or how to prototype quickly for learning and R&D. Whether you’re creating models for architecture, engineering, or science programs, KAD3D makes it simple to turn digital concepts into physical teaching tools.
We produce accurate, durable 3D printed parts designed for hands-on education — from scale models and teaching aids to custom research prototypes and product mockups. Our prints are made to withstand repeated handling, keeping lessons interactive and engaging.
Our local Australian manufacturing eliminates overseas delays, providing turnaround in as little as 24 hours. Whether you have ready-to-print files or need help preparing them, our team can assist with modelling, scanning, and printing. No minimum orders, no waiting — just reliable, classroom-ready results.
Bring ideas to life in as little as 24 hours. KAD3D empowers universities, TAFEs, and private schools to transform digital concepts into functional, tangible models faster than ever. Whether it’s a student engineering project, architectural study model, or research prototype, our Australian-based 3D printing service eliminates long waits and overseas delays. With advanced FDM, SLA, and SLS technologies, educators can quickly test, refine, and iterate designs, helping students learn by doing — not waiting. Rapid prototyping fosters creativity, improves comprehension, and enhances R&D outcomes across engineering, design, and science faculties.
Make complex concepts clear with durable, classroom-ready 3D printed teaching aids. From mechanical assemblies and anatomical models to scale structures and chemistry tools, KAD3D’s precision printing allows educators to create interactive, hands-on experiences that improve engagement and retention. Each model is engineered for repeat handling, offering the durability required in daily use. With ultra-smooth finishes and high dimensional accuracy, our prints are ideal for visual and tactile learning — turning abstract theories into physical, relatable demonstrations students can explore directly.
Every school and university workshop needs tools and fixtures that support safe, accurate experiments. KAD3D produces custom 3D printed brackets, holders, mounts, and adapters designed specifically for educational and research environments. From lab equipment fixtures to test rigs and precision alignment tools, our additive manufacturing process ensures perfect fit and repeatability. We collaborate directly with educators, lab technicians, and research engineers to develop tailored solutions that meet specific learning or testing requirements — all produced locally for rapid turnaround and consistent quality.
When internal school print farms reach capacity or complex jobs exceed desktop printer capabilities, KAD3D bridges the gap with industrial-grade, large-format 3D printing. We deliver consistent, high-quality parts across small to large production runs with no minimum order quantities and no tooling costs. Whether you need one prototype or 500 identical components for a nationwide STEM program, we make educational 3D printing scalable and cost-effective. Our fast production cycles and local operations ensure projects stay on schedule, helping institutions meet academic deadlines without compromising quality.
For training environments and research simulation, precision and realism are essential. KAD3D manufactures high-detail simulation models used for teaching, testing, and visualising complex systems — from architectural site layouts to engineering assemblies and medical prototypes. Each model is built to replicate real-world scenarios with millimetre accuracy, supporting immersive learning experiences for students and researchers alike. These simulation tools enhance comprehension, bridge the gap between theory and application, and add professional polish to any academic project or thesis presentation.
From university open days to design showcases and academic competitions, presentation matters. KAD3D produces museum-quality display and exhibition models that highlight the creativity and innovation within your institution. We work closely with faculties and student teams to create stunning presentation pieces — including architectural mockups, R&D concept models, and product design exhibits — that reflect your institution’s professionalism and capability. Printed locally and finished to a high standard, these models not only impress but also demonstrate the future of digital fabrication in education.
Selecting the right 3D printing process is essential in the education sector — where precision, durability, and turnaround time directly impact learning and research outcomes. At KAD3D, we specialise in FDM, SLA, SLS, MJF, and SLM 3D printing to support everything from classroom projects and lab models to advanced university R&D. Each technology offers a unique balance of strength, detail, and cost — allowing educators to choose what best fits their curriculum or project goals.
FDM (Fused Deposition Modelling) remains the most popular choice across schools and universities for its affordability, reliability, and speed. It’s ideal for hands-on classroom models, engineering prototypes, and large-volume student projects. With a wide range of materials available like PLA, PETG, TPU, ABS, and ASA, FDM prints offer excellent dimensional stability, strength, and repeatability — all produced locally in as little as 24 hours.
SLS (Selective Laser Sintering) and MJF (Multi Jet Fusion) are preferred for university R&D, product design, and functional testing. These technologies create highly detailed, robust, and flexible parts from PA12 Nylon and Glass-Bead-Reinforced Nylon, making them ideal for research components, testing fixtures, and engineering models that demand durability without supports or post-assembly.
For high-performance applications, SLM (Selective Laser Melting) offers metal 3D printing in Stainless Steel 316L or Aluminium AlSi10Mg — perfect for academic institutions developing prototypes, structural testing rigs, or metal-replacement components for research.
Meanwhile, SLA (Stereolithography) remains an excellent choice for fine-detail visual models, such as architectural study pieces, design prototypes, or display components, offering smooth surface finish and high accuracy in materials like ABS-like resin and clear resin.
Every technology KAD3D offers is backed by local Australian manufacturing, ensuring fast turnaround, no minimum orders, and consistent quality — helping educators and researchers focus on innovation, not logistics.
| process | Best for | Materials | Max size | Key Advantages |
|---|---|---|---|---|
FDM (Fused Deposition Modelling) |
Classroom models, large student projects, engineering prototypes |
PLA, PETG, ABS, ASA |
PLA & PETG: 1000 × 1000 × 1000 mm (larger available on request) ABS & ASA: 350 x 350 x 350 mm (larger available on request) |
Fast, affordable, and durable. Ideal for interactive learning models and high-volume educational use. |
SLS (Selective Laser Sintering) |
Functional prototypes, R&D components, flexible parts |
PA12 Nylon |
440 × 440 × 450 mm |
Strong, detailed, and support-free. Perfect for research, engineering, and mechanical studies. |
MJF (Multi Jet Fusion) |
High-accuracy R&D prototypes, production-ready test parts |
PA12 Nylon, PA12 + GB (Glass beads) |
380 × 380 × 280 mm |
Exceptional surface finish and repeatability. Great for testing, validation, and performance modelling. |
SLM (Selective Laser Melting) |
Metal prototypes, research rigs, testing hardware |
Stainless Steel 316L, Aluminium AlSi10Mg |
1100 × 625 × 625 mm |
High-strength metal printing for structural, mechanical, and experimental projects. |
SLA (Stereolithography) |
Visual models, architecture, and product design |
ABS-like resin, Clear resin |
2700 × 900 × 800 mm |
Smooth, high-detail finish. Ideal for architectural and design education where aesthetics matter. |
Every great educational project starts with the right material. At KAD3D, we pair each printing process with materials chosen for strength, accuracy, and classroom durability — whether you’re printing study models, research components, or large student projects.
This versatile range allows KAD3D to support everything from classroom learning to university research — all printed locally with precision, speed, and consistency.
At KAD3D, our post-processing options are designed to give every educational model and prototype a professional, presentation-ready finish. Whether it’s a visual study model, research component, or display piece for an exhibition, we apply surface treatments that match each project’s purpose, material, and learning environment.
By combining the right post-processing method with precision manufacturing, KAD3D delivers educational parts that are durable, accurate, and visually refined — helping every project look as good as it performs, all produced locally in Australia.
| Finishing type | Available For | Description / Use Case |
|---|---|---|
Polishing |
SLA & SLM Parts |
Smooths surfaces for high-detail architectural, medical, and engineering models. |
Painting & Coating |
SLA Parts |
Adds visual colour and surface protection for classroom and presentation use. |
Dyeing & Dichtol WFT 1532 Infusion |
SLS & MJF Parts |
Improves colour uniformity and seals for moisture or chemical resistance. |
Electroplating (Nickel / Copper / Chrome) |
SLM Metal Parts |
Adds corrosion resistance, conductivity, and premium finish for research prototypes. |
Not every education project begins with a 3D file — and that’s where KAD3D makes the process simple. Whether you have a fully modelled CAD file ready to print or just an idea, sketch, or physical object, we handle the entire journey from concept to creation.
Many educators and researchers come to us when existing teaching models or components are unavailable or need to be custom-made. In these cases, projects are split into two clear phases:
Phase 1 — Design & 3D Scanning
Our design team captures the part digitally using 3D scanning, photos, or precise measurements, ensuring it fits perfectly within your lesson plan, experiment, or display. This phase includes design refinement, scaling, and adjustments for durability or visual accuracy. Clients receive a 3D model preview before manufacturing begins, and a free PLA sample can be provided for validation if required.
Phase 2 — Manufacturing & Finishing
Once the design is approved, the 3D model moves into production using the most suitable process — FDM, SLA, SLS, MJF, or SLM — depending on the application and performance needs. From visual study models to functional research parts, every print is inspected, finished, and delivered locally.
For clients who already have 3D files (STEP, STL, OBJ, 3MF, etc.), we skip Phase 1 and move directly to manufacturing after a technical file review to verify scale, tolerances, and material compatibility.
By keeping every step in-house, KAD3D guarantees faster turnaround, consistent quality, and full traceability — transforming student ideas, research projects, and classroom concepts into tangible, presentation-ready results that inspire hands-on learning and innovation.
Send us your sketches, photos, or parts. We assess the best method — 3D scanning or CAD modelling — to recreate the design accurately
Our team reconstructs the part digitally, refining scale and detail. A 3D preview or free PLA sample is provided before approval.
We review or prepare your 3D file (STEP, STL, OBJ, etc.) for printability, material compatibility, and precision.
Parts are produced using the best process — FDM, SLA, SLS, MJF, or SLM — then post-processed with polishing, coating, or Dichtol infusion for a refined finish.
Each part is inspected and verified for accuracy, ensuring it meets your educational or research requirements.
At KAD3D, every project is quoted based on part size, material, complexity, and technology. Because no two educational projects are the same — from small-scale study models to research prototypes — each quote is tailored to ensure the best balance between cost, quality, and turnaround.
Pricing is influenced by the chosen 3D printing process (FDM, SLA, SLS, MJF, or SLM), material selection, and any optional finishing services such as polishing, painting, or Dichtol infusion. Each stage is itemised for full transparency, so educators and researchers know exactly where their investment goes.
For projects that begin with 3D scanning or CAD modelling, the first phase covers digital reconstruction and design verification (including optional PLA samples), followed by the manufacturing and finishing phase. This two-step structure ensures clarity on deliverables and gives institutions confidence in both process and pricing.
By providing clear, detailed quotes, KAD3D helps universities and schools manage budgets effectively — with no hidden costs, no overseas markups, and no guesswork.
Lead times vary depending on technology, complexity, and finishing requirements. For standard FDM parts, such as classroom models or functional prototypes, turnaround can be as fast as 24 hours.
SLS and MJF parts, ideal for research and production-grade nylon components, generally have a standard lead time of around 2 weeks, with an express option (3–5 business days) for urgent projects.
SLA resin models, used for visual or architectural pieces, typically take 1–2 weeks depending on part size and post-processing, while SLM metal components (stainless steel or aluminium) range from 2–3 weeks, including inspection and optional electroplating.
Every project is tracked end-to-end for quality assurance and reliability. With local manufacturing in Melbourne and a reputation for precision and speed, KAD3D ensures your educational models and prototypes arrive on time, to spec, and ready to present.
Local pickup only available in melbourne, and next-day courier to metro areas are available. We also ship Australia-wide.
No MOQs—we’ll make one-offs or batches. Minimum order value is $55.
Click Instant Quote, upload your file, and choose material/finish. You’ll see pricing immediately; complex jobs can be manually reviewed on request.
STL, OBJ, STEP/STP, IGES/IGS, 3MF, DXF, DWG, and ZIP (up to 200 MB). If your file needs fixing, we can help.
All the majors: FDM, SLA, SLS, MJF; metals (SLM) on request. We’ll recommend the best option for strength, finish, and budget.
We prioritise tight tolerances and super-smooth finishes (especially with SLA). Tell us your critical dimensions and we’ll confirm achievable specs before printing.
Absolutely. Share how the part will be used (load, heat, UV, chemicals) and we’ll guide you—starting with cost-effective options first.
Yes. We’re NDA-friendly and handle all files securely. Only the engineering team sees your data.
Yes—B2C and B2B. We support prototypes, end-use parts, and short-run production to anyone in australia
what our clients says about kad3D
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