Mostrando entradas con la etiqueta 3DGENCE. Mostrar todas las entradas
Mostrando entradas con la etiqueta 3DGENCE. Mostrar todas las entradas

martes, 22 de marzo de 2022

3DGence Industry F421: Go!!!



Industrial 3D printer manufacturer 3DGence has announced the launch of its latest High-Temperature 3D printing system, the INDUSTRY F421.

The dual-extrusion FFF machine is designed specifically for high-performance applications in sectors such as aerospace, enabling users to print with engineering-grade filaments such as PEEK, PEKK, and ULTEM.

According to 3DGence, the launch is intended to help its customers transition from functional prototyping to full-fledged end-use production. To complement the INDUSTRY F421, the firm has also announced the launch of a new Material Management System and an AS9100-certified PEEK Aero filament.

“At 3DGence, we are supporting our customers across industries in expanding the use of high-temperature and composite materials for end-use applications,” said Ron Faruqui, CEO of 3DGence Americas. “The aerospace industry has the most stringent requirements for material performance due to demanding application environments and critical safety imperatives.”

Based in Poland, 3DGence has been manufacturing high-performance Extrusion-Based 3D Printers since 2014. The firm’s INDUSTRY 3D Printer range has already seen extensive use in sectors such as automotive, aerospace, and medical with over 1000 global installations to date. The new F421 is intended as a successor to the firm’s previous flagship INDUSTRY F420. Much like the newer model, the system is compatible with a plethora of engineering filaments.

For customers on a tighter budget, the company also offers the INDUSTRY F340 and INDUSTRY F350 3D printers. The former is designed for cost-efficient rapid prototyping and provides users with a 260 x 300 x 340 mm build chamber, while the latter features a maximum nozzle temperature of 500°C and a build volume measuring 340 x 340 x 350 mm.

The company’s latest product was designed with productivity in mind. Sporting a large-format 380 x 380 x 420 mm build volume, the INDUSTRY F421 provides ample workspace for both large part and small batch series production. The machine also offers a maximum print speed of 400 mm/s and travel speeds of up to 1 m/s, meaning throughput is a major focus here. Much like the rest of the 3DGence portfolio, the INDUSTRY F421 also boasts an impressive list of material capabilities: With a maximum nozzle temperature of 500°C and an actively heated chamber capable of 180°C, the system can process a wide variety of high-temperature thermoplastics and fiber-reinforced composites. This includes ASA, PCPEEK, PEKK, and carbon fiber filaments. Specifically, the machine is perfectly suited for the firm’s new PEEK Aero filament. The high-strength polymer combines heat and corrosion resistance for end-use parts in aerospace. Faruqui adds, “Our customers can now rapid prototype and produce proof-of-concept end-parts in PEEK, without doubt of compliance and qualification of the material.”

Of course, when working with engineering materials, it’s also important to consider user safety. The INDUSTRY F421 comes complete with an advanced emissions control system capable of filtering macro dust, nano dust (VOC and UFP), solvent vapor, noxious gases, and other foreign particles. With the help of 3DGence’s new Material Management System, customers also now have a place to store their filaments with the confidence that they’ll be maintained in optimal temperature and humidity conditions. As a cherry on top, the INDUSTRY F421 even has a new three-year warranty policy in select European markets. Sebastian Sczasny, CEO of 3DGence, adds, “With the launch of our new F421, we wanted to make our commitment clear to our users about our quality and service with this new industry standard in warranty. As the market has progressed in requirements and complexity of applications, we designed our printers to meet these enhanced expectations in build quality, component integrity, and ease of use and maintenance.”

(Source: 3D Printing Industry)

lunes, 21 de marzo de 2022

Manufactura Aditiva con Fibra de Carbono: Los clásicos nunca se olvidan


La impresión 3D con fibra de carbono permite obtener piezas con una resistencia a flexión similar a la de ciertos metales, pero con un peso mucho más reducido y una resistencia mucho mayor a los productos químicos y la corrosión.

Aunque la fibra de carbono ha sido un material de fabricación muy utilizado desde la década de 1960, como material de impresión 3D es relativamente nuevo. Mezclada con otros materiales, incluida una amplia gama de plásticos de alto rendimiento, la fibra de carbono mejora las características de estos materiales base y amplía sus aplicaciones.

Hoy en día, las piezas de fibra de carbono impresas en 3D se utilizan preferentemente para reemplazar piezas metálicas de uso final, aunque también para obtener utillajes de alto rendimiento y peso ligero. Sin embargo, no todas las impresoras pueden imprimir con fibra de carbono pues hacen falta unas características más ajustadas a este tipo de materiales. 

He aquí el listado de las impresoras CF más adecuadas para uso industrial:

https://all3dp.com/1/carbon-fiber-3d-printing-a-guide-for-decision-makers/


domingo, 20 de marzo de 2022

REFORM + 3DGence: Gol Position



The development of modern, versatile, and economical special vehicles that can withstand continuous use under challenging conditions requires a high level of specialist knowledge and experience.

Growing product portfolios and variations require greater flexibility in shorter periods. For an innovative company like REFORM, additive manufacturing processes for product development were a logical step.

The 3D solution provider Prirevo quickly emerged as a suitable partner, able to provide the best hardware for the specific requirements and support the implementation with extraordinary expertise.

The implementation of 3D printing enabled the rapid and flexible creation of many vehicle parts in the development phase, leading to cost reductions. The company now manufactures complete interiors, trim parts, roofs, fenders, and bonnets. It optimizes fittings ergonomically, quickly, and inexpensively. Larger pieces are glued, filled, and painted.

The years of successful cooperation are reflected in the increasing use of additive manufacturing processes at REFORM. Currently, REFORM owns two 3DGENCE F340 printers and one 3DGENCE ONE 3D printer. The company also uses Prirevo’s 3D printing services at peak times and benefits from its regional proximity: “Using additive manufacturing processes allows us to create excellent prototypes that save us both time and money. We have found an excellent and reliable partner in Prirevo for the implementation of our high standards”, said Dominik Haas, design engineer at REFORM.

REFORM thus benefits from Prirevo’s strict focus on quality, user benefits, and on-site service attributes that many other satisfied customers have been relying on for years. Prirevo has already manufactured more than 8,000 components in 2021 alone for these satisfied customers.