Ultra-Fast 3D Printer for Composites Targets European Market After North American Debut
Following successful installations at North American customers, the revolutionary CBAM25 3D printer, designed for high-volume production of composite plastic parts, is making its European debut.
The CBAM25, developed by Impossible Objects, caught the industry’s eye at the recent Formnext trade fair, particularly garnering attention from automotive manufacturers.
“As expected, the tremendous interest that the CBAM 25 enjoyed following its unveiling a few months ago was repeated last week in Frankfurt,” said Steve Hoover, CEO of Impossible Objects. “We had strong interest at the show from manufacturers across key verticals, including major automakers.”
What’s driving this excitement? Speed and versatility. The CBAM25 prints a layer in less than 4 seconds, even when using materials like carbon fiber or PEEK.
This impressive speed, which Impossible Objects claims is about 15 times faster than traditional SLS and HSS 3D printers, allows for significantly shorter production cycles. Currently, the CBAM25 supports four materials: PEEK or PA12 with carbon fibers, and PEEK and PA12 with glass fibers.
But speed isn’t the only factor. The CBAM25 also distinguishes itself by printing strong composite materials without warping.
“It is not only the speed that attracts attention, but also the fact that the strong materials are printed without warping,” Hoover explained.
The manufacturer aims to disrupt the market for CNC-machined parts with the CBAM25, offering a faster and more cost-effective way to produce complex plastic components.
Beyond automotive, the company sees potential in aerospace, defense, and electronics industries, where lightweight, high-strength components are crucial.
The first CBAM25 installations in the US are currently underway, with the European rollout beginning now. This expansion underscores the printer’s appeal and its potential to transform manufacturing processes across continents.
## 3D Printing Revolution: Composites Take Center Stage
**Host:** Welcome back to the show. Today we have a very exciting guest, [Guest Name], an expert in [Guest’s Field] and someone well-versed in the world of 3D printing.
[Guest Name], thanks for joining us.
**Guest:** It’s a pleasure to be here.
**Host:** We’re seeing a lot of buzz about a new 3D printer, the CBAM25, which is making waves after its success in North America. Can you tell us a bit about this technology and Boecker´s European launch?
**Guest:** Absolutely! This is a truly game-changing development in the 3D printing landscape. The CBAM25 is designed specifically for high-volume production of composite plastic parts, something that was previously incredibly challenging to achieve. It uses a unique process that allows for rapid printing while maintaining exceptional accuracy and material properties. Its success in North America is a testament to its capabilities, and it’s exciting to see it now making its way to European markets.
**Host:** Why are composites specifically attracting such interest?
**Guest:** Composites offer a fantastic combination of strength, lightweight properties, and design flexibility. [Guest cites source [[1](https://onlinelibrary.wiley.com/doi/full/10.1002/inf2.12568)]]. They’re used in everything from aerospace to automotive to consumer goods. Being able to 3D print them opens up a whole new world of possibilities for manufacturers, allowing them to create complex shapes, customize designs, and accelerate production cycles.
**Host:** This sounds like it could be a major disruptor in various industries. What are some of the potential impacts you foresee?
**Guest:** You hit the nail on the head. We’re likely to see this technology revolutionize various sectors. Imagine faster turnaround times for custom-made prosthetics, lighter and stronger car parts, and even entirely new product designs unlocked by the unique capabilities of 3D printing composites. It’s an incredibly exciting time!
**Host:**
[Guest Name], thank you for illuminating this exciting development for us. We’re truly on the cusp of a new era in manufacturing.
**Guest:** My pleasure. I look forward to seeing how this technology continues to evolve and shape the future.