Polyamide is one of the most used materials in the industry. It comes with many grades and can be filled with various fibers, spheres or nanotubes.
Nylon main feature is a very high tensile strength. The material is strong and has good tribological properties. On the other hand, it assures good elasticity and low moisture sensitivity of the printed models. Most common grade of the filament is PA6.
PA Neat is dedicated to industrial applications. The material is strong and has good tribological properties and on the other hand, it assures good elasticity and low moisture sensitivity of the printed models.
PA Neat provides continuous use at 120°C, maintaining sufficient mechanical properties and high-temperature resistance. It is a perfect material for producing durable prints that need to perform.
This industrial material is highly chemically and heat resistant. Comparing to standard PA material, the carbon-filled nylon is less susceptible to thermal shrinkage. It’s easier to control the material during the print process.
PA6-GF30 is a polyamide 6 copolymer, reinforced with 30% of glass fiber. The material shows exceptional stiffness and strength, but at the same time, the brittleness is very low. It has an excellent mechanical, chemical and thermal resistance that makes it suitable for a range of engineering and industrial applications. This grade of PA6 material can be easily used in the automotive industry as it shows particular resistance for fuels, lubricants, heat and high mechanical loads. Depending on the mechanical load it can withstand temperatures even up to 150°C. Dynamical load and creep resistance are also relatively high. Glass fiber reinforced polyamides have the ability to damp the vibrations. Due to high abrasive properties and friction coefficient, PA-GF materials are not suitable for the applications that include slipping and sliding.
PA6-GF30 also features improved dimensional stability – glass fibers reduce shrinkage, lift, and warp. The lamination of the layers is very strong.
PA6-GF30 is highly abrasive, please make sure you use the correct consumables and parts in the extruder.
The material is approved for contact with food. It is necessary to follow the rules of the Nylon filament storage since the material is highly hygroscopic.
The use of an industrial 3D printer allows easily replacing the grinder's side handle in case of damage of the original.
3D printing is a quick method to get custom items. Tablet car mount was made with ABS, the same material as the dashboard, to maintain a similar design.
The prototype made with ULTEM™ was used for functional laboratory tests.
3D printing is a quick method to get custom items. 3DGence engineer made from reinforced material such as PA-CF a server casing.
In record time – only 5 days of printing, 3DGence engineers built a 120 kg robotic arm with great repeatability of movement. It has six degrees of freedom and can easily manipulate other objects.
The implementation of 3D printing inside the company has a number of benefits. With this technology, Balluff’s engineers can design completely new assembly elements, that are extension of a ready company solution.
How the manufacturing company started utilizing 3D printers for rapid production of PPE Face Shields?
3D printing is increasingly used in medicine and allows for detailed planning of operations. This makes it possible to select the appropriate operating technique, discuss it in the team and shorten the time of the procedure itself.
The technologists at the company decided to apply 3D printed elements in a belt oil skimmer. The device is used to remove oil build-up in the coolant.
The use of the industrial 3D printer in the performance of project considerably accelerated work on the construction of an electric bike.
The use of 3DGence INDUSTRY F340 allowed verifying the vacuum manifold, which is one of the elements creating a hydraulic system of a pump compartment inside fire engines.
Emtel has implemented 3D printing technology and uses it in the process of prototyping its electronic medical equipment. 3D printouts allowed to verify all critical dimensions of the project, it enabled to implement proper corrections.
The construction of a prototype form is a long-term process, and the implementation time is very important. Check what goals Geo Globe Polska achieved thanks to the 3D printing technology.
Electric auto-revolution can be supported by 3D printing technology! Using 3D printer AGH Racing could test original design of steering knuckle at a very low cost and in just two days.
La possession d'une imprimante 3D permet de réaliser rapidement un modèle conçu à l'échelle 1:1 avec une précision satisfaisante. Le prototype a été reçu en 5 jours, ce qui a permis d'accélérer le temps nécessaire à la création d'un prototype.
AMS-systems économise 3100 € par an sur la production à faible volume d'un seul composant pour ses machines. L'investissement dans l'imprimante 3D s'est amorti en quelques mois seulement.
In the process of revitalization, it is important to present the building’s body with a high detail referring to the original design. PANOVA created the complex building model based on archival materials from 1897 in 1:75 scale using 3D printing technology.
The construction of a prototype form is a long-term process, and the implementation time is very important. Check what goals Geo Globe Polska achieved thanks to the 3D printing technology.
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