Produce parts of the highest quality
The ProX 320 is robust, offers high throughput, high repeatability and generates high quality parts from the most challenging alloys. It boasts integrated software, material and printer solution with expert application support.
The ProX 320 is a high performance metal part manufacturing printer that is very heavy duty when compared with traditional manufacturing processes. It has a build volume of 275 x 275 x 420mm (10.82 x 10.82 x 16.53 in). It offers a great reduction in waste, faster speeds for production, quick set up times and very dense and pure metal parts.
It boats an integrated solution
The ProX 320 offers an integrated solution. The printer, with its patented technology, the extensively tested range of Laser Form materials, the expertise of application engineers and 3DXpert software, all interlock together to save you time and money, which will help to streamline your workflow. Thanks to the unique vacuum chamber concept of the ProX 320, argon gas consumption is greatly reduced, while boasting the best class in oxygen purity (25ppm). This means you can achieve outstandingly strong parts, of high chemical purity.
The ProX 320 is easily scalable
For high volume part production the ProX 320 is easily scalable. Fast powder recycling speed and quick swap build modules speed up production. The central server manages print jobs, maintenance and settings, for productivity 24/7. The metal additive manufacturing software known as 3DXpert optimizes and prepares part data very easily and quickly. It also applies print strategies that will reduce production time and increase part precision.
The ProX 320 offers enhanced productivity and management with the central DMP server. There is minimal waste of materials and you can expect a quick turnaround between builds. The ProX 320 can create parts that wouldn’t normally be able to be created, using traditional methods. It is very straightforward to use, so you can achieve fast production times.
Printing Technology: Direct Metal Printing (DMP)