3D printing in Estonia · prototypes · small batches · series production
Professional 3D printing from prototype to series production
3DKoda operates Estonia’s largest 3D printer farm with 60+ printers. We manufacture individual prototypes, functional plastic parts and small to medium production series using FDM, SLA and SLS technologies.
Production capacity
3D printing built for real production
3D printing is not only for prototyping. With the right material, geometry and process, it can be used to manufacture functional end-use parts, spare parts, jigs, housings and small to medium production series without the investment required for injection mould tooling.
Our main advantage is parallel production capacity: one project can be distributed across dozens of printers at the same time. This shortens lead times and lets us scale quantities without relying on a single machine.
What do we manufacture with 3D printing?
Prototypes
Fast validation of design, dimensions, fit and function before final production.
Small batches and series production
Repeat production runs without expensive mould or tooling investment.
Functional parts
Housings, brackets, adapters, holders and other parts intended for real-world use.
Spare parts
Replacement of discontinued or difficult-to-source components based on a sample, drawing or 3D model.
Jigs and production aids
Assembly jigs, drilling templates, holders and other tools that simplify production.
Models, mock-ups and custom work
Architectural models, demonstration models, samples and other custom solutions.
Choosing the technology
FDM, SLS or SLA?
The right technology depends on the part’s application, dimensions, strength, surface quality, geometry and quantity. Once we understand the requirements, we can recommend the most suitable solution.
FDM – the most versatile
Especially suitable for: functional parts, larger components, prototypes and small-batch or series production.
FDM offers a very wide material selection, an excellent cost-to-strength ratio and, with our 60+ printer farm, very high parallel production capacity.
SLS – complex geometry
Especially suitable for: strong parts, complex shapes, moving assemblies and small production series.
The powder-bed process does not require conventional support structures and allows many parts to be packed into one production cycle.
SLA – high detail
Especially suitable for: detailed visual prototypes, small precision components and master patterns used for mould-making.
Resin-based printing delivers excellent detail and smooth surfaces when visual quality and fine geometric features are the priority.
Material selection
Material comparison
When selecting a material, we consider temperature, UV exposure, chemicals, impact loads, stiffness, flexibility, wear and dimensional stability. The price level is relative and reflects both material cost and the typical production process: € = lower cost, €€ = medium, €€€ = higher cost.
| Material | Strengths | Best suited for | Considerations | Price level |
|---|---|---|---|---|
| PLA | Rigid, detailed and cost-effective | Visual models, prototypes, mock-ups | Lower heat and impact resistance | € |
| PETG | Tough, moisture-resistant, good all-round material | Functional parts, housings, holders | Softer and less heat-resistant than more technical materials | € |
| ABS | Good impact and temperature resistance, easy to post-process | Housings, technical parts, end-use components | Requires controlled printing conditions | €€ |
| ASA | UV and weather resistant | Outdoor use, automotive and equipment parts | Requires a stable thermal environment | €€ |
| TPU / TPE | Flexible and impact-absorbing | Protective parts, seals, cushioning, flexible components | Slower production and lower rigidity | €€ |
| PA / Nylon | Tough, wear-resistant, good fatigue resistance | Mechanical parts, brackets, moving components | Absorbs moisture; drying the material is important | €€ |
| PA-CF / PA-GF | High stiffness, strength and dimensional stability | Jigs, structures and highly loaded technical parts | Abrasive material; surface has a more technical appearance | €€€ |
| PET-CF | Rigid, stable and dimensionally accurate | Precise technical parts and jigs | Abrasive; part orientation affects strength | €€€ |
| PC | Strong and heat resistant | Loaded parts and higher-temperature applications | Requires high and controlled processing temperatures | €€€ |
| PP | Good chemical and fatigue resistance, lightweight | Containers, living hinges and chemically exposed parts | More demanding bed adhesion and dimensional stability during printing | €€€ |
| PPS-CF | Excellent heat, chemical and dimensional resistance | Demanding industrial and engineering applications | Higher material and production cost; requires specialised conditions | €€€ |
| SLS PA12 | Strong, consistent and suitable for complex geometry | Functional parts and small production series | Surface is naturally slightly textured | €€€ |
| Engineering SLA resins | Very high detail and smooth surface finish | Visual prototypes, precision parts and master patterns | Properties depend strongly on the specific resin | €€€ |
Not sure which material to choose? Describe the operating conditions of the part and we will recommend a material based on its required properties, not just its name.
Simple workflow
How does ordering work?
Send us a 3D model or a description
Common formats such as STEP, STL and 3MF are suitable. If you do not have a model, we can also help with 3D modelling.
Describe the application and quantity
If possible, include the operating temperature, loads, environment, required quantity and deadline.
We select the technology and material
We review printability and recommend the most suitable manufacturing method and material.
We confirm the quotation
For larger or technically critical production runs, we can start with a sample part if required.
Production and delivery
We distribute the job across suitable machines, perform the agreed post-processing and arrange delivery or collection.
Frequently asked questions
Can I order just one part?
Yes. We manufacture everything from one-off prototypes and spare parts to repeat production series.
Do I need to have a finished 3D model?
No. If you have a sample, dimensions, drawing or an idea, we can help with 3D modelling and preparing the file for production.
Which material is right for my part?
The material is selected based on the operating environment. Important factors include temperature, UV, chemicals, impact, stiffness, flexibility, wear and dimensional stability.
Tell us about your project
Request a quote
Send us your file or describe what you need. The more we know about the part’s application, quantity and deadline, the more accurate a solution we can offer.
E-mail: info@3dkoda.com | Henrik: +372 59010015 | Priit: +372 51927800