We are your trusted, primary source for high-quality 3D printed parts. As PartsToGo, we deliver 3D printed parts for the European market in collaboration with Stratasys®. We are an advanced service provider utilizing the latest Stratasys® technologies to deliver industrial-grade prototypes, functional models, and end-user parts that meet the highest standards of quality and precision.
PartsToGo has an extensive fleet of more than 50 industrial Stratasys® 3D printers, operated by 30 technicians and over 20 application experts. Our ISO 9001 certification in consulting, services, and production of additively printed 3D components guarantees you the highest quality. We enable companies to produce high-quality products faster and more cost-effectively, allowing you to secure a decisive competitive advantage. Thanks to our expertise in advanced technologies such as FDM (Fused Deposition Modeling), SLA (Stereolithography), SAF™ (Selective Absorption Fusion), and PolyJet™, we find the right solution for every project. Experience the future of manufacturing with us at PartsToGo, where innovation meets reality and reliability.
FDM (Fused Deposition Modeling), SLA (Stereolithography), SAF™ (Selective Absorption Fusion), P3™ (Programmable PhotoPolymerization) and PolyJet™ 3D Printing Technologies
Reliable Support
Has over 30 technicians, 20+ applications experts and around 20+ additional 3D printing experts in the PTG group.
Advanced Post-Processing
Painting, assembling, threading, vibratory grinding, coating, milling of functional surfaces, dying, chemical smoothing, etc.
Certified
ISO 9001 Certified and is currently working on getting a number of other certifications such as ISO 14001, ISO EN 9100 and TISAX.
3D Printing Services Offered by PartsToGo
At PartsToGo, we offer comprehensive 3D printing and manufacturing solutions and have one of the largest fleets of 3D printing machines in Europe. Our advanced capabilities make us a leading service provider in Additive Manufacturing, meeting a wide range of production requirements.
FDM 3D Printing
FDM (Fused Deposition Modeling) offers a cost-effective and versatile 3D printing solution, utilizing a wide range of thermoplastic materials to create functional prototypes and end-use parts with good strength-to-weight ratios.
SLA (Stereolithography) delivers high-precision parts with smooth surface finishes, making it perfect for detailed prototypes, intricate designs, and applications requiring optical clarity.
SAF™ (Selective Absorption Fusion) provides high-speed production of functional, durable parts with excellent surface quality and fine feature resolution, making it ideal for low to mid-volume manufacturing.
PolyJet™ technology offers multi-material and multi-color capabilities, allowing for the creation of complex, realistic prototypes with a wide range of material properties in a single print.
The P3™ DLP process offers very high speed and uniform curing thanks to the ability to cure the entire resin layer at once, resulting in high detail fidelity and very smooth surfaces.
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“If you are looking for a team that stands out with its unique level of specialized knowledge, expertise, sincerity and integrity, and also reflects this in its printing results, then you have come to the right place.” This quote captures the essence of PartsToGo's full-cycle services and underscores the importance of genuine commitment and dedication in their work.
FDM 3D Printing
Durable End-Use Parts Crafted by FDM Processes
We are one of the largest manufacturers of 3D printed components in Europe and have established ourselves as a leading company in the field of Fused Deposition Modeling (FDM) using Stratasys® FDM printers. We utilize Stratasys®'s advanced FDM systems to deliver high-quality, precise, and repeatable parts for a wide range of industrial applications. Our expertise in Additive Manufacturing enables us to produce components of the highest quality - from single prototypes to series production in millions of units. Stratasys® FDM technology allows us to produce complex geometries and functional prototypes with excellent strength-to-weight ratios.
This makes our services ideal for industries such as automotive, marine, aerospace, and electrical applications. In our production, we have a range of powerful Stratasys® FDM 3D printers, including the F3300™, F900™, Fortus® 450, F370®CR, F370, F190™CR and F170. With these devices, we can print parts up to a size of 914 x 610 x 914 mm, thus offering flexible solutions for a wide variety of requirements.
We provide comprehensive support throughout all project phases and combine the advantages of Stratasys® FDM technology with OpenAM™ software. This makes us your ideal partner for Additive Manufacturing, meeting the growing demands of various industries quickly, precisely, and cost-effectively.
Create durable, functional parts with engineering-grade thermoplastics. Perfect for functional prototypes, manufacturing tools and fixtures, end-use parts for demanding environments and many more. Discover the materials:
ULTEM™ 9085
Key Features:
High strength to weight ratio
High thermal stability
Inherent flame retardant
Fantastic chemical resistance
CG version available (incl. traceability documentation and stricter test criteria)
Applications:
Aerospace applications
Automotive components
Defence equipment
ECS ducting
High performance tools
The ULTEM™ 9085 resin enables components with outstanding mechanical, thermal and physical properties with an extraordinary strength-to-weight ratio and superior flame, smote and toxicity (FST) ratings, adhering to 14 CFR/FAR 25.853 standards. This makes the material perfectly suited for very demanding applications like aerospace, automotive and defence.
ULTEM™ 9085 filament is a high-performance thermoplastic with excellent physical and mechanical properties for high-demand and specialty applications using FDM technology. It is among the strongest of Stratasys FDM materials and its high-strength-to-weight ratio makes it well suited for high-strength/low-weight applications. Additionally, ULTEM™ 9085 filament possesses high impact resistance and very good chemical tolerance, and meets multiple transportation industry standards for flame, smoke, and toxicity requirements.
ULTEM™ 9085 filament certified grade has the same characteristics but also comes with traceability documentation and meets more extensive and stringent test criteria. A Certificate of Analysis enables users to track the filament back to the raw pellet stock. A Certificate of Conformance identifies compliance with approved Stratasys and industry standards. This makes ULTEM™ 9085 filament certified grade highly suitable for industries that require a higher level of material traceability.
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CG version available (incl. traceability documentation and stricter test criteria)
Applications:
Aerospace applications
Automotive components
Composite tooling
Food contact applications (CG version)
Medical and Surgical Instruments (CG version)
The high-performance ULTEM™ 1010 resin offers excellent strength, heat and chemical resistance as well as thermal stability while also being able to withstand steam autoclaving. Furthermore, the CG version has certifications for food contact according to NSF-51 and biocompatibility according to ISO 10993/USP Class VI. Because of this, the ULTEM™ 1010 resin is very versatile in its use - from industrial production of automotive parts to medical and surgical instruments.
ULTEM™ 1010 resin is a high-performance polyetherimide (PEI) thermoplastic, strong 3d printing material. It has high heat resistance while exhibiting the lowest coefficient of thermal expansion among FDM materials. Combined with high strength properties, ULTEM 1010 resin is the strongest FDM material and is perfect for demanding and specialized applications like lightweight composite tooling.
Certified Grade for Specialty Applications.
For special medical and food-related applications, ULTEM™ 1010 CG (certified grade) comes with additional documentation to demonstrate compliance with industry standards for ISO 10993 and USP Class VI biocompatibility, and NSF 51 food safety requirements.
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Higher uniaxial stiffness than injection mould parts of the same material
High chemical resistance against oils, fuels and greases
Applications:
UAV components
Bumpers, fixtures, brackets
Tooling & manufacturing aids
Sporting Goods
Robotics
The FDM Nylon 12CF excels with its unique flexural strength, very high rigidity as well as a very high heat resistance while still being very lightweight thanks to its combination of Nylon 12 as a matrix material and chopped carbon fibers. With those characteristics it is predestined as lightweight and cost efficient replacements for metal parts, for example in aviation or UAV productions or in the robotics industry.
FDM Nylon 12 Carbon Fiber (Nylon 12CF) combines Nylon 12 and chopped carbon fiber to achieve the highest flexural strength and stiffness-to-weight ratio of any FDM material. Nylon 12CF also provides a cleaner carbon fiber additive process than SLA with equivalent strength properties.
Lightweight Strength.
The strength and rigidity to replace metal in certain applications. Replace heavy metal tools with lighter, ergonomic carbon fiber FDM tools. Validate designs faster with carbon fiber functional prototypes instead of costly and time-consuming metal prototypes.
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Exceptional resistance to oils, greases and high temperatures
Very high durability
Smooth surface finish
Applications:
Aerospace Components
Fixtures, cases & enclosures for electronic component assembly
Packaging for sensitive electronics
Production line/conveyer parts
Industrial Equipment and Machinery
Thanks to the symbiosis of ABS and carbon fibers the ABS-ESD7 offers very high strength, high toughness and a surface resistance of 109 – 106 ohms, which prevents a buildup of static electricity. Therefore it offers more safety for applications, where a static change can cause charge can damage products, impair performance or cause an explosion. It is the go-to material for the aerospace and electronic industry when ESD safety needs to be combined with fantastic mechanical properties.
ABS-ESD7™ combines the strength and durability of ABS material with carbon to provide electrostatic dissipative (ESD) properties. Now it’s possible to create prototypes, fixtures and support equipment for electronics and other static-sensitive applications with ESD-capable ABS material.
ABS-ESD7™ (acrylonitrile butadiene styrene-electrostatic dissipative) is an ABS thermoplastic with static dissipative properties suited for static discharge-sensitive applications. ABS-ESD7 prevents static electricity buildup so it will not produce a discharge or attract other materials like powders, dust and fine particles.
The material is ideal for jigs and fixtures used to fabricate and assemble electronic components and associated production line and conveyor parts. It is also useful for producing functional prototypes, enclosures and packaging.
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Resists fading & significant mechanical degradation over prolonged UV exposure
High impact resistance
High chemical resistance
Applications:
Automotive & electrical housings
Tooling masters
Outdoor & sporting goods
Consumer Products
Prototyping
ASA is very similar to ABS, but surpasses it in mechanical properties, aesthetics and UV resistance. Furthermore, the material exhibits fantastic weathering resistance and high strength and rigidity, making it perfect for outdoor applications of all kind like outdoor sports, automotive and electrical housings as well as many consumer products.
ASA filament (acrylonitrile styrene acrylate) is the perfect all-purpose 3D printing thermoplastic, suitable for many different applications. It has a similar chemical makeup to ABS plastic but offers three improvements: better mechanical properties, superior aesthetics and it’s UV resistant. ASA material also comes in 10 colors, more than any other FDM material.
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When high elasticity, low weight and maximum precision are required, the FDM TPU 92A is a perfect fit. This material also provides components with a very high durability and abrasion resistance, making it ideal for a plethora of different applications in industries as aviation, automotive, defence and industrial manufacturing.
Create accurate elastomer parts quickly and efficiently with the ease and reliability of professional FDM 3D printing. The durable elasticity of FDM TPU 92A material makes it a good choice for a wide variety of applications including flexible hoses, tubes, air ducts and vibration dampeners.
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High or coarse resolutions available for finer features or large models
Quick turn prototype and functional models
High thermal stability
Very high impact resistance
Applications:
Concept Models
Functional Prototypes
Lightweight custom jigs & fixtures
Thermoform tools
Production parts
ABS-M30, which comes in a wide range of colors, offers very high strength and toughness while still being lightweight.This filament also offers good tensile, impact and flexural strength properties and enables very cost-effective and quick production of prototypes and end-use parts. When the already fantastic mechanical properties of normal ABS are not enough anymore, ABS-M30 is the perfect solution.
ABS-M30 brings the familiarity and versatility of ABS material (acrylonitrile butadiene styrene) to the FDM 3D printing plastics lineup. It’s an ideal material for form and fit checks, functional prototyping and other 3D printing applications. ABS-M30 is characterized by its strength and toughness, while being lightweight and resilient. For general-use 3D printing, ABS-M30 is the optimal choice, blending utility and economy.
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Antero™ 800NA is a high-performance PEEK-based thermoplastic that shines with its market-leading tensile strength, a very high chemical resistance and long-lasting durability. It also offers a very high strength-to-weight ratio and is FST compliant per "14 CFR/FAR 25.853" & "ASTM F814/E662", which makes it a perfect fit for industries such as aerospace, automotive and motorsport.
Antero 800NA is one of the Stratasys PEKK materials, possessing excellent physical and mechanical properties. In addition to being tough and wear-resistant, Antero 800NA is characterized by high strength, high heat resistance, low outgassing and superior chemical resistance. These qualities make it a useful aerospace material and suitable for applications requiring durability and weight reduction.
Lower Costs Through FDM Design Freedom.
Antero 800NA combines the benefits of PEKK with FDM’s design freedom, allowing more complex geometries free from typical machining constraints. 3D printing with PEKK also saves material by using it only where needed, reducing cost, compared to the substantial waste of machined PEKK.
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East/West Industries - 3D-printed dies for metal forming
Part of East/West's production includes the manufacturing of sheet metal parts. One particular customer order required the use of a milled forming die. However, the die was damaged shortly before the job was due to start.
As East/West's machine shop was already busy producing parts, a new die could only have been manufactured externally, which would have jeopardized the customer's delivery deadlines. Even if the machine shop had sufficient capacity, a new die would require the purchase of tool steel and time to machine the complex die shape, which would also jeopardize the delivery schedule.
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Continental Germany - Expansion of production capacities with highly specialized materials
The technology company Continental AG, known as one of the world's leading tire manufacturers, has a broad portfolio of solutions, including automotive parts, automated driving and mobility services. The company's global brand also includes the production of components, prototypes and small series parts for external customers. By building a center of excellence for Additive Design and Manufacturing (ADaM), Continental wanted to further strengthen its service offering and manufacturing capabilities.
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General Motors - 3D printing overhead conveyor hangers
General Motors is a world leader in transportation innovations including electric cars and self-driving technology. The production of the Chevy Bolt electric car required a overhead conveyor pallet design, made up of risers that support and position parts along the assembly line. The existing conveyor encountered infrequent but periodic downtime due to excess tooling weight on the automation equipment. Aluminum risers were considered because they offered a lighter alternative but that solution would also involve sending the conveyor pallets offsite for periodic maintenance and repair.
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Radford Motors - Customization of high quality luxury automotives
Radford Motors builds exclusive luxury automobiles, focusing on high craftsmanship, limited-run production, customization and performance. Radford Motors’ first model run of only 62 units precluded the use of conventional manufacturing approaches that rely on mass production’s economy of scale. Faster, more economical means of prototyping than the conventional method of CNC machining were necessary. Costs and logistics to furnish a full complement of factory tooling were not viable with this highly customized, limited-production business model.
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Daikin Applied - Relocation of outsourced production of drain pans in-house
Established in 1924, Daikin is a world leading provider of heating and air conditioning systems (HVAC) for residential, commercial and industrial properties. A common feature of HVAC systems is the drain pan that collects and redirects moisture removed from the air. New systems require multiple iterations of prototype drain pans to validate fit and function before locking in the final design. Outsourced 3D printed prototypes cost $485; the quote for one injection molded prototype was $22,200 with a one-month lead time.
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Prefix Corporation - Redesigning a tooling fixture for applying automotive decals
Michigan-based Prefix Corporation is a leader in the development of prototype designs, mock-ups and concept validation for the automotive and aviation industries.
Prefix uses this expertise to help businesses assess the feasibiity of emerging technologies, gauge customer interest and prepare for production.
A Prefix customer needed a tooling fixture used to apply automotive decals redesigned due to several problems inherent with the existing configuration. The original tool was a multi-piece assembly made up of machined aluminum and nylon, making it sub-optimal.
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Sierra Space - Readying spaceplane for flight with FDM® technology
Space is unforgiving. Temperature extremes, radiation, and orbital debris stand ready to cause havoc with any ill-prepared spacecraft.
Ever since humans first ventured beyond Earth’s protective atmosphere, the vehicles used to get there and back have pushed the limits of engineering and material science. It’s a challenge the team at Sierra Space, who build the Dream Chaser® spaceplane, a multi-mission utility vehicle for transporting cargo into low-Earth orbit destinations like the International Space Station, faces every day.
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ProductionToGo - Functional spare parts for the maritime enthusiast
Dr. Ulrich Koops, Product Category Manager at ProductionToGo, fulfilled his dream of owning his own sailing boat with the Dufour 2800, which was built in 1981. After more than 40 years since the keel was laid, there was a lot of work to be done, but that was precisely what appealed to him.
While other parts were already hard to come by, pulleys for the sheets were the biggest problem, as they were not available individually.
Instead, Dr. Koops would have had to buy a complete deflection block containing five of these rollers for €119.50 per deflection block.
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Stratasys® Customer Stories
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SLA 3D Printing
Rapid Prototyping Excellence with SLA Technology
At PartsToGo GmbH, we focus on continuous innovation and expansion. Through repeated investments in an impressive number of Stratasys® Stereolithography (SLA) solutions, we have significantly expanded our additive manufacturing capabilities. In our production, we rely on a variety of Neo®800 and Neo®450 printers, which are characterized by their reliability, outstanding print quality, and above-average performance. With these powerful machines, we offer you the possibility to produce single or multiple printed parts with impressive dimensions of up to 800 × 800 × 600 mm in almost any desired quantity.
Stratasys® SLA technology enables us to precisely implement your most demanding projects. We produce parts with excellent sidewall quality, outstanding transparency, and the finest detail resolutions. This allows us to meet the high requirements of various industries, including aerospace, automotive, motorsport, and defense.
A particular advantage of the Stratasys® Neo® printers lies in their open material system. This flexibility allows us to use any 355 nm resin, thus expanding our offering to you in terms of material options and application possibilities. Combined with our comprehensive support throughout all project phases and the benefits of Stratasys® SLA technology, we position ourselves as your leading partner for innovative solutions in Additive Manufacturing.
Create high-precision, detailed parts with advanced photopolymer resins. Ideal for intricate prototypes, moulds, models, medical devices, optically clear components and many more. Perfect for applications requiring smooth surfaces, fine features, and excellent dimensional accuracy. Discover the materials:
Somos® WaterShed Black
Key Features:
Very smooth surface finish
UV resistant and no discoloration
Superior moisture and chemical resistance
Extraordinary detail resolution
Very high durability and impact resistance
Applications:
Aerospace applications
Automotive components
Electronic housings
Packaging
Architectural models
With the Somos® WaterShed® Black deep black components can be printed faster than ever before. This advanced, technical photopolymer combines high rigidity, durability and chemical resistance with resistance from discoloration even under prolonged UV exposure. Furthermore, this material offers maximum precision, ensuring parts meet even the most demanding tolerances for the most demanding industries.
Somos® WaterShed Black is a stereolithography resin with similar properties and processing methods to Somos® WaterShed XC 11122 that produces stiff, durable parts in true black color without the need for painting.
With its improved formulation, Somos® WaterShed Black has up to 50% faster processing speeds compared to other black materials and offers minimal rework and more consistent processing over time.
Somos WaterShed Black also offers excellent resistance to moisture and chemicals.
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One of the most popular SLA materials for applications that require utmost transparency is named Somos® WaterShed® XC 11122. It mimics the look and feel of acrylic and offers a very smooth surface finish, high detail quality, extraordinary water resistance and high durability. Therefore it is particularly suitable for applications in the consumer goods sector, but also gets used for wind tunnel models and fluid & air analysis applications.
Somos® WaterShed XC 11122 is a high-performance stereolithography material for 3D printing. It is characterized by the following key features: - High strength and toughness (similar to ABS) - Excellent water resistance - Outstanding optical clarity- Versatile for use in various industries - Easy processing and post-processing - High dimensional stability
Ideal for prototypes, functional parts, and models requiring clarity, durability, and moisture resistance. Applications include packaging, concept models, wind tunnel tests, and casting patterns.
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This ceramic composite material offers an unprecedented combination of temperature resistance, detail resolution and strength for the most demanding of applications such as wind tunnel tests. Thanks to its low viscosity it is also easy and fast to process and can also easily be post-processed. Specifically in motorsports this material shines as the ideal solution for quick iterations for wind tunnel models.
Somos® PerFORM is a high-performance Stereolithography material from Stratasys, specifically designed for applications that require strong, rigid, and heat-resistant composite materials. It offers very high detail resolution and is ideal for demanding projects such as wind tunnel tests, high-temperature testing, and the production of tools and automotive panels.
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With Somos® BioClear™, certified according to ISO 10993-5 and ISO 10993-10, the production of high-precision medical indications is made possible, meeting the stringent requirements for non-implantable medical and dental applications with limited body contact (less than 24 hours).
Somos® BioClear is specifically designed for use in medical applications and meets the requirements for non-implantable medical and dental applications with limited body contact (<24h).
Stratasys® Somos™ BioClear has passed the rigorous tests of ISO 10993-5 Cytotoxicity, ISO 10993-10 Irritation and Sensitization, and USP Class VI after following the cleaning procedure outlined in the Somos BioClear Instructions for Use.
Parts made from Somos®BioClear are clear and have ABS-like mechanical properties and a good combination of strength and toughness.
The material is highly resistant to moisture and many common solvents and chemicals.
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BAC launched the next generation of its world-renowned Mono single-seater at the Goodwood Festival of Speed in July 2019. BAC partnered with DSM to co-develop 3D printing applications used in the manufacturing of the Mono, to create a cutting-edge, more organic and lighter design.
3D printing offered BAC significant advantages that included freedom to produce prototype parts with sinuous, organic designs, and considerable weight savings that could not be achieved with traditional methods of manufacturing.
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McLaren Racing - Using 3D printing to get the edge - on and off the track
The ‘formula’ behind Formula One is a series of complex rules and regulations that must be adhered to by the competing drivers and teams. The rules frame a technological window within which each team must produce the fastest car,
all within a maximum permissible budget.
These regulations create a fiercely competitive landscape where fractions of a gram here, a micron or two there, and the overarching speed of development separate podium finishers from the ‘also rans’.
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Ogle Models - Building the world's first portable food testing device prototype
Environmental design house Koringa Systems Limited approached Ogle to help develop a prototype for a hand-held chemical and contaminant analysis tool called the Agrichem Residue Tester. The tool was designed to be used in the agricultural sector, to test for possible contaminants in food or hard surfaces, from seed to final harvest, and identify chemicals, pesticides, herbicides and fungicides.
Koringa needed to present a realistic prototype of the tool at exhibitions to generate business and investment.
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One3D - 3D printing lens prototypes for the automative industry
3D printed lens prototypes are the latest innovation in automotive lighting system applications. One3D uses them for companies including HELLA, Varroc and MSV Elektronika rail vehicle parts. The companies use the lenses as a visual aid to confirm designs before going into large-scale production.
Companies are moving away from the high lead times and production costs of PMMA and turning to 3D printing to produce new lens design prototypes for future development and innovation concept products.
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Paragon - Increasing part quality and reducing production time
Located in Darlington, County Durham, Paragon Rapid Technologies Limited provides high-level support throughout the product development cycle.
With a wide range of customers in many industries, Paragon must adapt to the often-meticulous demands that are required as well as the ever-changing nature of markets.
The team is often commissioned to produce prototypes, jigs & fixtures, pattern masters and even end-use models that are needed quickly, making traditional production/manufacturing less viable.
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Stratasys® Customer Stories
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SAF™ 3D Printing
Industrial-Scale Production via SAF™ Solutions
PartsToGo GmbH has invested in a series of Stratasys® H350 Selective Absorption Fusion (SAF™) systems in its production to leverage the reliability, print quality, and high-volume production capabilities of this technology.
With Stratasys® SAF™ technology, we open up new dimensions in large-scale production. In a single print job, we can produce a substantial number of parts with full build volume, efficiently meeting demanding production requirements. For example, a thumb splint measuring 100 x 65 x 45 mm can be printed 68 times in one run. Thanks to uniform thermal conditions across the entire print bed, we ensure consistent and repeatable part quality
SAF™ technology enables us to produce functional end-user parts and prototypes for a wide range of industries. Whether it's automotive, aerospace, or consumer goods industry - we deliver customized solutions for you. With build sizes of up to 315 x 208 x 293 mm, we can easily realize large-format parts as well.
Create robust, production-grade parts with industrial thermoplastics using Selective Absorption Fusion (SAF™) technology. Perfect for end-use parts and prototypes needing excellent mechanical properties in demanding environments and fine feature resolution. SAF™ technology excels in producing consistent, repeatable parts with isotropic strength, making it suitable for automotive components, aerospace applications, consumer goods, and industrial equipment. Discover the materials:
PA11
Key Features:
100% bio-based (castor oil)
Fantastic impact strength and ductility
Excellent chemical resistance to oils, greases, and other hydrocarbons
High chemical resistance
Very high toughness
Applications:
Smooth, end-use products
Low unit cost for batches of smaller parts
Hinges, Housings & Tools
Tooling and Manufacturing Aids
Prototyping
With the High Yield PA11 production-ready parts as well as prototypes with high impact strength and ductility get printed with extraordinary consistency. The one of a kind mechanical properties achieve a versatile usage in many different applications and industries.
Processed with SAF™ technology on the Stratasys H350 3D printer, Stratasys High Yield PA11 delivers production-grade plastic parts for high-volume demands — driving new areas of business growth. Stratasys High Yield PA11 enables a high build density while maintaining high part consistency to deliver production-level yields. Crucially, this datasheet includes both mechanical and geometric properties from within the same builds, highlighting the H350’s ability to produce both strong and accurate parts, with no compromise.
In additive manufacturing, PA12 is the go-to material for prototyping. But in traditional high-volume production of end-use parts, PA11 is much more widely used due to its higher ductility and higher impact resistance, as well as its suitability for a wider range of industry applications. PA11 is also eco-friendly and 100 percent bio-based from sustainable castor oil.
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Tight thermal control for fantastic reproducibility and higher nesting density
Excellent feature resolution and details
Exceptional combination of strength and rigidity
Very low moisture absorption
Excellent dimensional stability
Applications:
Electronic housings, guides, enclosures, connectors, and clips
Manufacturing aids
Containers for fuel, oil housings
Tooling
Prototyping
For applications with tight tolerances and the need for fantastic thermal, mechanical and chemical properties the SAF™ PA12 is the ideal choice. This material exhibits a very high level of detail, consistency over multiple prints, high dimensional accuracy as well as very high strength and rigidity. It is particularly in demand in the electronic industry for the quick and profitable production of housings, guides and more.
Choose Polyamide 12 (PA12) for high volume applications requiring dimensional accuracy at a low cost per part.
A versatile polymer for powder bed technologies High Volume. High Accuracy. Low Costs.
SAF™ PA12 parts are stiffer than PA11 and perfect for those applications where rigidity is an important application requirement. At volume, SAF™ PA12 allows for fine feature resolution, strength and accuracy build after build, and is most suitable for higher tolerance requirements such as for assemblies and connector applications.
SAF™ PA12 on the H350 platform has three strong advantages: - Tight thermal control improves consistency and allows higher nesting densities and thus more parts per build. - Requires just one fluid, High Absorption Fluid (HAF), to produce lower cost predictable parts. - Leftover PA12 can be re-used in future builds as it’s engineered to withstand the process with minimal ageing.
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DQBD has extensive experience in the bicycle industry and has worked closely with leading brands to develop innovative cycling products. Through discussions with these partners, it was apparent that the sport is constantly striving to optimize the comfort of the saddle for riders. Armed with this feedback, DQBD set itself the task of developing a personalized state-of-the-art saddle. However, in order to manufacture a saddle that is customizable to each user individually, the team needed to be able to adjust and manipulate the geometric structure of the saddle’s load-bearing parts quickly and efficiently.
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Götz Maschinenbau - Enabling production of parts at scale
Serving clients in the medical and traditional manufacturing markets, Götz Maschinenbau is a Germany-based mechanical engineering company. While traditional manufacturing methods such as turning, welding, molding and milling have been a staple part of Goetz over the years, 3D printing also plays a central role for the company across design and manufacturing.
However, when it comes to producing volumes, Götz has been reliant upon traditional manufacturing methods. While part quality is great, this has come at a cost to the business with mold production extremely costly and time-intensive.
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Stratasys® Customer Stories
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PolyJet™ 3D Printing
Multi-material and full-color printing. Complex components and realistic prototypes with PolyJet™
Through our significant expansion of industrial 3D printers, we now have a range of Stratasys® PolyJet™ 3D printing systems from the J-Series, including the J3, J35, J5, J55, J850 and many other models to meet your diverse requirements.
The Stratasys® PolyJet™ technology enables us to offer you exceptional print quality and versatility that is unparalleled. With our multi-material capabilities, we can create complex parts with different material properties in a single print job. The high resolution of our systems guarantees you parts with smooth surfaces and the finest details. And thanks to full-color printing, we create realistic prototypes and models for you that will exceed your expectations.
Stratasys® offers you a wide range of material options. You can choose between photopolymers, rubber-like and transparent materials, as well as biocompatible and high-temperature resistant materials. This diversity allows us to precisely meet your individual requirements and explore new, innovative applications together with you. Let's push the boundaries of what's possible in additive manufacturing together.
Create multi-material, multi-color parts with unparalleled precision and detail using PolyJet™ technology. Ideal for realistic prototypes, medical and dental applications, complex assemblies, and design verification. Perfect for applications requiring diverse material properties within a single part, from rigid to flexible, opaque to transparent. Discover the materials:
Biocompatible Clear MED610™
Key Features:
Biocompatible (ISO certification according to 10993-1)
Very high dimensional stability
Extraordinary transparency
Applications:
Surgical guides
Impression models
Applications with short-term mucosal contact
Transparent and biocompatible resin for use in the dental industry. The Biocompatible Clear MED610™ is certified for short-term mucosal contact (less than 24 hours) as well as skin contact (more than 30 days) and offers a very high rigidity and dimensional stability.
MED610 is a transparent, biocompatible dental resin tested for over 30 days of skin contact and up to 24 hours of mucosal membrane contact. This rigid material offers high dimensional stability, making it ideal for printing surgical guides and removable partial denture casting patterns.
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We will check your submission as soon as possible. Then we will print, process and ship your parts to you.
Full-colour dental models (in combination with VeroVivid Colors)
If basic dental models are no longer satisfactory, the VeroDent™ PureWhite DEN847 is the perfect solution. With a unique level of detail and its pure white color it offers stunning restorative and orthodontic models and in combination with the VeroVivid Colors can also be printed as full-colour, dropping the jaws of patients and doctors even more.
VeroDent PureWhite is a bright white photopolymer that can be used alone or as a base for realistic full-color models when combined with the VeroVivid color family. It offers stiffness and high-quality accurate details, making it ideal for printing restorative and orthodontic models.
- Compatible Printers – J5 DentaJet™
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Biocompatible (ISO certification according to 10993-1)
Very high accuracy
Suitable for mucosal and skin contact
Applications:
Restorative models
Orthodontic models
Bring the focus on the individuality of each patient with the Biocompatible VeroGlaze™ MED620. This material prints with breathtaking accuracy so that every uniqueness of the patient can be represented in the model. Furthermore, the material is suitable for short-term mucosal contact (less than 24 hours) as well as skin contact (more than 30 days).
MED620 is a rigid, opaque dental resin designed for printing dental models. It features high dimensional stability and exceptional accuracy, making it ideal for precise dental applications, like, dental models, custom impression trays, and try-ins.
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With the different support options available, breakaway and soluble, the PolyJet™ printing process becomes simplified and more complex geometries become available. With the special WSS™150 solution, the support structures can be washed off without use of any chemicals, making it perfect for medical and dental applications.
WSS™150 is a water-soluble support material from Stratasys that was specifically developed for PolyJet 3D printing. It is a dissolvable support material that can be easily removed with water. It was developed to provide support for overhangs and complex geometries during the PolyJet 3D printing process. WSS™150 is used with the PolyJet 3D printers J35™ Pro and J55 Prime.
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Perfect combination with the VeroDent™ PureWhite DEN847
Over 50,000 colour shades possible
Applications:
Full-colour dental models
Full-colour prototypes
Full-colour end-use parts
With the VeroVivid Color Family the full-colour capabilities of the PolyJet™ technology come to life. With three different colours (Yellow, Cyan & Magenta) over 50,000 different colour shades are achievable for beautiful, intricate and unique dental models, prototypes and end-use parts.
The VeroVivid family brings vibrant colors to all parts and prototypes. With the ability to simulate over 500,000 colors and unlimited tints, it offers unique full-color capabilities. These rigid, translucent colors create realistic replicas of patient intraoral anatomy.
- Compatible Printers –J5 DentaJet™
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Upload your design and select your requirements.
We will check your submission as soon as possible. Then we will print, process and ship your parts to you.
Full-colour medical components (in combination with VeroVivid Colors)
Rapid Prototyping
DraftWhite™ was specifically developed for the production of monochrome medical components, for example for use in orthopaedics and craniomaxillofacial surgery, and shines with its rapid printing speed as well as its high durability and precision.
DraftWhite™ is a rigid white material from Stratasys that was specifically developed for single-material medical applications such as orthopedics and craniomaxillofacial. It features a good surface finish and high impact resistance. The attributes are similar to Polypropylene (PP), making it ideal for tooling applications, manufacturing aids, brackets, jigs and fixtures, housings and consumer applications like insoles.
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This acrylic glass simulating material is ideal for prototyping of transparent models thanks to its 95% light transmission and its very low yellowing index, which enables a long-lasting clarity.
For prototyping purposes, you can replicate with VeroUltra™Clear acrylic and achieve a light transmittance of 95% of the material. This is practical for prototypes made of glass and clear polymers or for transparent packaging. The higher light transmittance of VeroUltra™Clear surpasses that of VeroClear and has a lower yellow index.
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Upload your design and select your requirements.
We will check your submission as soon as possible. Then we will print, process and ship your parts to you.
PS Dentallabor Linz - Increasing accuracy and decreasing manual labor with Separator Digital Materials
During a visit with Christian Saurman, the CEO of NEO Lab, the Stratasys® team wanted to learn how our technologies could make the day-to-day easier for their 120 employees who work with about 3,000 orthodontic and pediatric dental clinics around the country. Saurman explained how time-consuming and messy it is to create acrylic devices using a traditional separator liquid because it requires careful application and it tends to bleed around the model.
It also takes longer to dry and because it’s hard to remove the appliance from the model, the model can easily crack.
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New England Orthodontic Laboratory - Increasing accuracy and decreasing manual labor with Separator Digital Materials
During a visit with Christian Saurman, the CEO of NEO Lab, the Stratasys® team wanted to learn how our technologies could make the day-to-day easier for their 120 employees who work with about 3,000 orthodontic and pediatric dental clinics around the country. Saurman explained how time-consuming and messy it is to create acrylic devices using a traditional separator liquid because it requires careful application and it tends to bleed around the model. It also takes longer to dry and because it’s hard to remove the appliance from the model, the model can easily crack.
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Posca Brothers - Expanding third generation family dental laboratory
A dental laboratory based in Long Beach, California, was one of the first labs to adopt TrueDent™, Stratasys®’ new resin for 3D printing of dentures and temporary crowns and bridges. The lab, Posca Brothers, is run by owners Alex Posca, President, and AJ Posca, who serves as the Vice President and Director of Operations and was founded by their grandfather. “After 65 years of servicing dental professionals, I am part of the third generation responsible for running this laboratory and ushering it into the digital and 3D printing age,” AJ explained.
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Since it was established in 1990, Oxy Implant has stayed at the forefront of digitalization as it has become a larger part of the overall dental industry. With the industry’s paradigm putting the prosthesis at the center of the rehabilitation plan, the best practice workflows must run backwards from the desired prosthetic outcome to develop a plan for achieving this goal. To respond to this change, Biomec began to work on implant fixtures with designs optimized for this type of working philosophy. An implant line was developed that exclusively accommodates the needs of digital implantology, the Fixo™ Line.
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Aakash Healthcare - Creating Pre-Surgical Model and Jigs to correct Scoliosis Deformity
A 12-year-old girl from Kyrgyzstan came to Aakash Healthcare, New Delhi because she suffered from a rare condition that affects approximately three children in every one hundred thousand called Progressive Scoliosis Dorsolumbar. Dorsal scoliosis affects the portion of the spine between the bottom of the neck and the top of the pelvis and causes a severe curvature. In her case, a 130 degree curve, in addition to pelvic misalignment caused by different-sized hips, was causing severe pain that left her unable to walk and was only getting worse.
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Florida Pediatric Hospital - Growing the capabilities of medical simulation with 3D printing
Being a pioneer in any endeavor takes courage and determination, but it also requires leadership and vision. It’s a path a Florida children’s hospital is forging. The medical director of the Center for Medical Simulation and Innovative Education at the hospital is an avowed proponent of 3D printing and sees this technology as essential for research and education for the sake of improved care. “When I came here, this was part of my goal, to be able to utilize 3D printing as exactly that; a tool to help improve outcomes for patients and the education for clinicians.”
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Taga Drones - Revolutionizing Engineering with 3D Printing
Prior to using the J35 Pro™, Taga found that once the design process was complete, it took an extremely long amount of time to send the models out and test them. Also, concept validation testing would involve a limited number of models and the models weren’t always of the quality and accuracy Taga aims for. Yaniv Adir from Taga realized that something had to change, “If I wanted to grow my business and service to customers, then the best way to go about it is to shorten time to service while improving the product that I am delivering.”
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Kinetic Vision - Bringing Flexibility into Innovation
Kinetic Vision, a large product development consulting firm based in Cincinnati, Ohio, works with a large range of clients, from small startups to Fortune 500 companies, to develop new products.
Their client AeroFlexx, an Innventure Portfolio Company, worked to develop an alternative to traditional liquid packaging that solves several common issues for both distributors and consumers.
The packaging features flexible walls with a unique inner air-rib system to provide structure. However, the innovative concept was difficult to prototype accurately.
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Priority Designs - Simplifying the Design Workflow
Priority Designs is an industrial design consultancy based in Columbus, Ohio. The team works with clients to help build “pretty much anything they need,” as prototype specialist Billy Rupe puts it.
The company sees product design as a form of problem solving, and its role is to find solutions for customers. “Sometimes you can get buried in a CAD model,” said Senior Industrial Designer Ryan Berger. “With CAD, you have ability to infinitely zoom in and pan out, and you lose a sense of scale. You can lose the sense that you’re designing something that’s meant to be held in the hand.”
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PepsiCo - Prototyping with accurate color and transparency
The design intent for PepsiCo’s new 2-liter bottles is to create a more functional, easy to grip package that is unique to PepsiCo brands. Thousands of sketches and hundreds of 3D prototypes were created to study the physical look and feel of the new design. A new challenge arrived later in the design process where it was difficult to get accurate feedback from stakeholders and potential customers using only low-fidelity 3D prints. What if there were a way to create a more realistic 3D prototype a with accurate color and transparency?
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Institute of Cancer Research - Aiding Cancer Drug Discovery and Treatment
Craig Cummings, an engineer who has devoted his work to cancer research since 1988, runs the 3D print lab at The Institute of Cancer Research (ICR) and its clinical partner, The Royal Marsden NHS Foundation Trust, as its research and design workshop manager in London. Craig oversees a team of four, manufacturing a range of medical instruments, phantoms, and devices. He works alongside researchers such as Amin Mirza, an analytical chemist who has worked with Craig since 2000, to support the ICR’s and The Royal Marsden’s cancer research and treatment development.
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Nicklaus Children’s Hospital - Planning tumor surgery with 3D printing
At Nicklaus Children’s Hospital in Miami, the Cardiovascular Surgery Advanced Projects Laboratory (APL) uses a range of digital 3D technologies, including Stratasys® 3D printers, to visualize anatomy and plan surgical procedures for pediatric patients. A previous case study featured Nicklaus Children’s application of 3D printing to help repair a child’s heart, showing the great potential using of anatomical models in clinical settings. The latest Nicklaus Children’s success story involves planning a life-saving operation for Roy, an 8-year-old boy with a difficult-to-treat tumour.
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Stratasys® Customer Stories
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Sample Part Printing
We offer you a variety of options for ordering components from us. These include our order form, which you will find below, by email/PDF, by framework agreement, by quota or by volume contract (for this order form, please contact us so that we can discuss the optimal variant for your company).
Need reassurance on a material or print quality?
PartsToGo GmbH offers a specialised service for sample parts printing, allowing clients to quickly obtain high-quality samples, prototypes, functional components or even small-scale versions of what they need tailored to their specific needs. Utilising advanced 3D printing technologies we can produce parts with exceptional accuracy and surface finish. This service is particularly beneficial for industries such as medical, automotive, motorsports, aerospace, and consumer products, where rapid prototyping is crucial for testing and validation. Clients can expect a streamlined process that includes application screening, development, and verification, ensuring that the printed samples meet their performance and quality requirements. With a commitment to flexibility and efficiency, PartsToGo GmbH empowers businesses to accelerate their product development cycles while maintaining high standards of quality and reliability.
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One of our experts will contact you as soon as possible. Please provide us with detailed information about your component so that we can process your request quickly:
Required properties
Operating conditions
Fields of application
Current restrictions
Requirements such as strength to weight, aerodynamics, structural integrity and lightweight construction
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