3D Printing Webinars

Applications of 3D printing in the automotive industry have evolved from printing relatively simple prototypes and a low production of parts, to 3D printing of entire cars. This 3D manufacturing process has helped with many useful functions such as testing and tooling, also speeding the process for an enhanced final design and production.

Prototyping with the Raise3D product range provides a streamlined and reliable 3D printing experience for designers, engineers, and creators. Raise3D is renowned for its versatile and high-performance 3D printers that cater to a wide range of prototyping needs.

Join 3DGBIRE as they delve into the cutting-edge features and capabilities of these advanced Raise3D 3D printers. They'll take an in-depth look at the Pro2 and Pro3 models, exploring their impressive build volumes, high-resolution printing capabilities, and outstanding reliability.

3DGBIRE's AM expert Chris Keeling discusses the new Raise3D Pro3 series' capabilities to produce various kinds of tools, parts & components! Forged from the Pro2 Series, Raise3D's Pro3 Series 3D printers meet the needs of both production and multi-sized rapid prototyping, with high precision and round-the-clock stable operation, fulfilling the requirements of large-scale production and multi-sized rapid prototyping. A high-quality printer design that includes enhanced features and a smart assistant system known as EVE, all of which make the Pro3 Series an excellent option for professional 3D printing.

The Pro2 dual extruder 3D printer can print up to 12 x 12 x 11.8 inch | 305 x 305 x 300 mm. This flexibility allows the Pro2 Series to produce various kinds of tools, parts, and components.

3DGBIRE's technical trainer Steve Taylor explains all about the Raise3D E2. The Raise3D E2 is a multi-purpose, easy to use industrial-grade 3D printer. With independent dual extruders, the E2 is capable of printing two objects simultaneously doubling production capability and has large 330 x 240 x 240 build volume.

Raise3D printers, particularly the Pro3 model, stand out as top choices for TPU 3D printing, offering an exceptional combination of stability, precision, and advanced features such as direct drive extruders, heated build plates, and spacious build volumes, making them ideal for producing high-quality, large, and intricate objects with flexible filaments.

Carbon fiber reinforced filament has low density, high strength, and it is resistant to corrosion, static electricity, and high temperature. It has potential for a wide range of applications within industries that need considerable strength-to-weight ratio in their solutions, such as the aviation industry and the automotive world. The E2CF is durable, user-friendly, and stable while in operation, delivering accurate prints.

Raise3D’s technology is developed with the proven quality and the necessary capabilities to fit into the manufacturing sector. Vast industries, including automotive, machining and electronics, can rely on Raise3D products for flexible manufacturing. Raise3D unlocks different applications with industrial materials. This can be through prototyping, finished parts and lower end production.

Raise3D's 3D printers play a valuable role in the engineering sector by providing tools that enable engineers to streamline their design and manufacturing processes, reduce lead times, and create innovative solutions for various applications. These printers are especially useful for projects that require customisation, rapid prototyping, and the production of complex or low-volume components.

With the Raise3D Forge1, you can create sintered parts through FDM. It can unlock applications and materials made by BASF, 316L and 17-4PH. Forge1 is also cost-effective to build a print farm to manufacture parts on demand.

PETG is the most commonly used form of PET (Polyethylene Terephthalate), with the G version being a glycol-modified PET, which is a widely used industrial thermoplastic. PETG has strong, durable properties and good heat resistance just like ABS, but easier to print. Parts printed with PETG are not only widely used in the prototyping stage of product development, but also in later stages of function testing and parts assembly. Printed PETG parts have been successfully used in the manufacturing application with or without post-finishing.