3D Printing Service
Access industrial 3D Printing options on a single platform with wide plastic and metal material options.
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Get your quotation and start manufacturing today.
| Mechanical Strength | Dimensional Stability | Manufacturing Precision | Manufacturing Volume | Material Variety | Maximum Manufacturability Dimension | Delivery Speed | |
|---|---|---|---|---|---|---|---|
| FDM | * | ** | * | *** | *** | *** | *** |
| SLA | * | * | *** | ** | * | * | * |
| MJF | ** | *** | ** | ** | * | ** | ** |
| SLS | ** | *** | ** | ** | ** | ** | ** |
| DMLS | *** | *** | ** | ** | * | ** | * |
| Polyjet | * | ** | *** | * | *** | ** | * |
- It is more rigid and harder material compared to ABS material.
- Its tensile strength is higher than that of the standard ABS material.
- Its dimension stability is much better.
- It is preferred in applications requiring dimensional stability and high strength.
- It offers the opportunity to print pieces up to 1 meter as a single piece.
- It is the material and technology with the best mechanical properties in terms of strength, rigidity and strength.
- It is a suitable material in terms of its price/performance.
- Thanks to its fast and flexible manufacturing capacity, it is ideal for all prototype and final application areas.
- It is similar to ABS material in terms of finishing and strength and has PLA properties in terms of dimensional stability and stability.
- It is preferred where flexibility is required and dimensional stability is expected from the piece.
- Polyamide is a very durable material.
- It is preferred in applications requiring high strength.
- It is a flexible material.
- It can be used for applications such as rubber, gasket, and felt.
- It is a biodegradable material.
- Finishing and measurement accuracy is quite good.
- It is a hard and brittle material.
- It is the most preferred material in terms of its price/performance.
- It is a material with high UV resistance and chemical resistance.
- It is suitable for long-term use outdoors.
- It has high-strength properties.
- This material can withstand temperatures up to 220 C for a long time.
- It has a rigid structure.
- Its flexibility and tensile strength values are high.
- This material can withstand temperatures up to 220 C for a long time.
- It has a rigid structure.
- Its flexibility and tensile strength values are high.
- It has high strength properties.
- It is widely preferred in the automotive and aerospace industries.
- It has a hard surface structure.
- It is a more rigid and harder material compared to the ABS material.
- Its tensile strength is higher than that of the standard ABS material.
- Its dimension stability is much better.
- It is a more flexible but more durable material compared to the PC material.
- It is preferred in nailed structures as it is less brittle.
- It has higher tensile strength and melting temperature compared to the PA12 material.
- It can be preferred as an alternative to the PA12 material according to its usage area in the projects.
- It is a more robust and rigid material compared to the PA12 material.
- It has a harder and more rigid structure.
- It is a material with excellent surface quality.
- It is preferred in applications requiring smooth surface and features.
- With its high resolution and strength value, it offers the possibility of pieces in the final product quality.
- It is a material that you can get pieces with perfect surface sensitivity in applications where transparency is required.
- More transparent or opaque surfaces can be obtained by post-printing post-processes.
- It is preferred in sectors such as automotive and white goods.
- It is the material and technology with the best mechanical properties in terms of strength, rigidity and strength.
- It is a very common technology in terms of strength and surface quality in thin structures.
- It is a suitable material in terms of its price/performance.
- Thanks to its fast and flexible manufacturing capacity, it is ideal for all prototype and final application areas.
- It is a more robust and rigid material compared to the PA12 material.
- It has a harder and more rigid structure.
- This material is more durable and has higher rupture resistance compared to the TPU materials in FDM technology.
- It is suitable for obtaining end-use results in terms of dimensional stability and surface quality.
- Despite its low density, it shows very high strength.
- It has high corrosion resistance.
- It has a high melting point.
- It is preferred in biomedical fields and defense industry.
- It has high corrosion resistance and mechanical values.
- It is 316L grade stainless steel material.
- The rupture strength is quite high.
- This light alloy material has high thermal conductivity.
- It is the most preferred material in terms of price performance.
- It is often preferred in topology optimization in defense, space and automotive fields.
- This material has high tear-resistance and strength.
- Thanks to its flexible shore value, it simulates rubber-like materials and shows high resistance to stretching and bending.
- It is available in transparent, black, and white forms.
- It is suitable for medical models, sports equipment, moving hinges, industrial apparatus, and general prototyping applications.
- It has a variety of shore values (Shore A 27 - Shore A 95) in terms of flexibility.
- It is an ideal material for obtaining rubber surrounds, non-slip surfaces, buttons, handles, gaskets, and hoses by using together with hard materials, or for overcoating and soft tissue coating applications.
- Vero is an ideal high-resolution material to test the accuracy of your functional prototypes with its various color options, it offers strength, rigidity, and versatility in multi-purpose applications.
- Its perfect detailed appearance, it is an ideal material for manufacturing high-strength surgical models, moving parts, and industrial apparatus.
- With Vero Clear, you can manufacture color industrial parts or prototypes in high resolution.
- You can obtain transparent surfaces by mixing materials in various colors.
- It is a high-quality printing material for spectacles, glasses, light covers, cases, medical products, translucent light pipes, and special-design models.
- Digital ABS is the most suitable alternative material for parts manufactured by injection molding.
- Parts with high strength and impact strength can be obtained with excellent resolution.
- Moreover, Digital ABS provides the best dimensional stability for thin-walled parts.
| Manufacturing Precision | Fitting Tolerance | |||||
|---|---|---|---|---|---|---|
| 0-200 mm | 200-400 mm | 400mm+ | Close Fit | Loose Fit | ||
| FDM | ±0.4 | ±0.5 | ±0.6 | 0.2-0.25 | 0.35-0.4 | |
| SLA | ±0.2 | ±0.4 | ±0.8 | 0.15-0.2 | 0.3-0.35 | |
| MJF / SLS | ±0.3 | ±0.4 | ±0.6 | 0.2-0.25 | 0.3-0.35 | |
| POLYJET | ±0.2 | ±0.3 | ±0.5 | 0.15-0.2 | 0.3-0.35 | |
| DMLS | ±0.4 | ±0.6 | ±0.8 | 0.25-0.3 | 0.4-0.45 | |
* Fitting Tolerance Note: Fitting tolerance varies in different sizes and geometries. You can consult our sales expert to find out the most suitable tolerance for your parts.
Industrial 3D printing technologies enable you to determine the raw materials suitable for your needs and shape the product in the most ideal way. Although the production surfaces are not very good, this technology is suitable for improvement by finishing options. It is very advantageous in low-volume manufacturing in terms of cost. It covers a wide range of service areas from rapid prototyping to final product manufacturing.
The pricing depends on the technology used. Different technologies are used for 3D printing. We make pricing according to the type and amount of material used in each of our technologies, the working hours of the machine, and the additional materials used during manufacturing. The most important point affecting pricing is the geometry of the part and the material chosen. We take the CAD data of the piece as input from you, check the geometry, and determine the price automatically according to the selected material.
There are 2 major factors to be considered to reduce the manufacturing cost of your models. First of all, your model should be manufactured using a manufacturing method and material suitable for the usage area and its environmental conditions. Secondly, you can ensure minimum material usage and maximum efficiency by optimizing the topology of your models.
This depends on the manufacturing technology, the dimensions of the model, and the material used. We deliver your product in about 5 working days.
After planning your models to be manufactured in detail, we ensure that your project is matched with the partner that will manufacture it in the most accurate and fastest way among the hundreds of manufacturing partners in our manufacturing partners network. We open your project to the most accurate manufacturing partner by filtering the manufacturing partners that will offer the quality that meets your manufacturing criteria in terms of their technological competency and capability.
Thanks to our end-to-end control and inspection mechanisms, we follow up on the manufacturing of your pieces with the appropriate quality from the beginning to the end of the manufacturing process. You are informed about the status of your manufacturing orders by getting information digitally at every stage. Intermediate and final controls are carried out by our operations team to inspect the conformance of the manufacturing and quality. Thanks to this digital follow-up, it is ensured that you get your pieces within the specified criteria.
With the appropriate manufacturing technology and material selection, you can provide impermeability to your models.
We can manufacture your models using a wide variety of materials including engineering plastics such as PA, PP, as well as standard plastic materials such as ABS, PLA.
There are different chemical resistance values for different materials. You can get the information about your needs by contacting us. Also you can determine the optimal material for your demand by using the filters in Materials page.
You can use special engineering plastic materials such as ASA and pieces that are resistant to the harmful rays of the sun.
The pricing depends on the technology used. Different technologies are used for 3D printing. We make pricing according to the type and amount of material used in each of our technologies, the working hours of the machine, and the additional materials used during manufacturing. The most important point affecting pricing is the geometry of the part and the material chosen. We take the CAD data of the piece as input from you, check the geometry, and determine the price automatically according to the selected material.
There are 2 major factors to be considered to reduce the manufacturing cost of your models. First of all, your model should be manufactured using a manufacturing method and material suitable for the usage area and its environmental conditions. Secondly, you can ensure minimum material usage and maximum efficiency by optimizing the topology of your models.
This depends on the manufacturing technology, the dimensions of the model, and the material used. We deliver your product in about 5 working days.
After planning your models to be manufactured in detail, we ensure that your project is matched with the partner that will manufacture it in the most accurate and fastest way among the hundreds of manufacturing partners in our manufacturing partners network. We open your project to the most accurate manufacturing partner by filtering the manufacturing partners that will offer the quality that meets your manufacturing criteria in terms of their technological competency and capability.
Thanks to our end-to-end control and inspection mechanisms, we follow up on the manufacturing of your pieces with the appropriate quality from the beginning to the end of the manufacturing process. You are informed about the status of your manufacturing orders by getting information digitally at every stage. Intermediate and final controls are carried out by our operations team to inspect the conformance of the manufacturing and quality. Thanks to this digital follow-up, it is ensured that you get your pieces within the specified criteria.
With the appropriate manufacturing technology and material selection, you can provide impermeability to your models.
We can manufacture your models using a wide variety of materials including engineering plastics such as PA, PP, as well as standard plastic materials such as ABS, PLA.
There are different chemical resistance values for different materials. You can get the information about your needs by contacting us. Also you can determine the optimal material for your demand by using the filters in Materials page.
You can use special engineering plastic materials such as ASA and pieces that are resistant to the harmful rays of the sun.
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See if the model you uploaded can be manufactured using 3D Printers. Revise your model in line with the feedback. When one technology doesn’t require your needs, you can use our manufacturing network for special solutions and support.
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Access to a Wide Choice of Materials and Technologies
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Pricing
With its rule and machine learning-based software, Tridi performs the most accurate pricing for the models you want to manufacture.
Fragmented Manufacturing Demand
You may need to get services for more than one technology or material in the same project. With tridi.co, you can solve your entire manufacturing process through a single platform.
Access to Capacity
Thanks to our wide manufacturing partners network, we always have available capacity for your work. With our order-supplier matching software, we offer the most proper capacity for you at Tridi.
Quotation Periods
With its software infrastructure, Tridi.co prices the models in the most accurate way and calculates the manufacturing times. Quotation processes are shortened from weeks to days, from days to minutes.
Our Expert Team Examines the Model
The Feedback and Quotation are Sent
The Order is Matched with Manufacturing Partners Network using the Artificial Intelligence Technology
Manufacturing starts immediately after your approval
Packaging and Shipping are Performed After Quality Control