VSHAPER

How to change infill in 3D printing model? You will find the answer in the new SOFTSHAPER tutorial series! 🎉🎉 Today we present you episode 1️⃣ Watch full video on YouTube channel! 🖥️📱 youtube.com/watch?v=1_WFekER…

And here it is! Another reseller contract signed! 🖋 Meet Sebastian, he is responsible for the Swiss market. Thank you for coming personally to sign the contract and for completing the implementation training.🤝 #3dprinting #deal #additivemanufacturing

Additive manufacturing is an effective alternative to milling plastic parts. In 3D printing, the execution of the design requires much less operator involvement, which significantly affects the price. Printed parts compared to milled ones can be up to 75% cheaper.

The world's first 3D printed steel bridge has been installed in the Netherlands. 😲 3D printing has a huge impact on global development. Companies are choosing to implement 3D printing technology to stay ahead in the market. ➡ vshaper.com/en/ #3dprinting #technology

Flexibility of process convinces engineers to implement 3D printing technology. How? 🤔 ✔ It does not require manufacturing complicated production tools ✔ It's used for single parts and serial production. ✔Changes in the project do not require repeating the whole process.

The color of the military equipment is an important factor of its usability. 🟢🟤 With 3D printing you can get: ✔ Huge color choice ✔ Matte finish ✔ Color fastness ✔ Plastics durability Learn more: ➡ vshaper.com/en/ #3Dprinting #Military

The 3D printing technology supports flexibility of small-lot production focused on a personalized product. ✔ It eliminates the need for new tooling 🔧 by printing of ready to use parts. ⚙ ✔ It reduces the amount of waste produced during processing. #3Dprinting

The use of 3D printers will speed up the production of the internal and external components of rail vehicles. 🧐 The plastics used for 3D printing in railroads have high strength, temperature 🌡and chemical resistance, as well as being certified non-flammable. 🔥

Do you know this year's Olympic podium design is highly innovative as it has been 3D printed from recycled material for the first time in history? 🧐 The material used comes from elements recovered from the oceans as part of the Tokyo 2020 Podium project 🌊

Plastics are much lighter than metals, making them a better choice for a wide range of applications from soldier armor and clothing to protective equipment and vehicles. They significantly reduce the weight of the parts - additionally increase the agility and safety of users.

Creating elements with 3D printing technology, generates up to 95 % less waste compared to machining (removal technology)! 🧐

Round-up of the unparalleled SOFT features:👍 User-friendly interface based on the most popular engineering programs of CAD/CAM type. The interface has been designed to speed up the working process associated with the selection of the printing device, materials, and technology.

Do you know that 3D printed elements improve the economy of driving 🧐 By replacing heavy parts of the vehicle with high-strength FDM 3D printed elements, its weight reduces, improves performance and reduces fuel consumption ⚒ ------------ #3dprinting #3dmodel #automotive

More 3D applications in MED-TECH 👨‍⚕️👌👍 Material reliability allows for the implementation of printed elements in bodies. Modern medicine allows for the implementation of printed elements in human bodies, which is already used by dentistry, orthopedics and plastic surgery.

Why do scientists more often rely on biomaterials for manufacturing using 3D printing technology?👨‍⚕️ Thanks to PEEK's properties, it becomes an alternative to cobalt and chrome alloy, stainless steel or even titanium.

Industrial 3D printers corresponding to the requirements of medicine applications are commercially available. VSHAPER actively participates in the field of bioimmobilization of polymeric materials for implants. Find out more -> vshaper.com/500-med/

Extrusion technology makes working with the VSHAPER PRO 3D printer almost intuitive: •Easy assembly of the head, •Stable and secure print head mounting, •Quick switch from high-temperature to low-temperature materials, •Smooth transition of different nozzle diameters.

The wide use of 3D printing will be another industrial revolution, also in the arms industry. Electricity, raw materials and digital files are all that is necessary to print components on demand, even outdoors.

Taking our business ideas to the next level, we are deeply honored that we can share with you the revelation about teaming up with 3DNearMe platform created and managed by Peter Kertesz. 🎉 3dnearme.com/

‼UZYSKAJ DO 85% WSPARCIA Z FUNDUSZY UNIJNYCH ‼️ Sukcesywnie zwiększaj konkurencyjność swojej firmy poprzez wzrost produktywności i automatyzacje procesu produkcji!