Produce high end use thermoplastic and composite parts
The sPro 140 allows you to create high end use thermoplastic and composite parts with an impressive level of impact resistance, precision and surface finish, with a wide range of materials available for use.
Thanks to the combination of high throughput, production speed and capacity, along with outstanding part quality the sPro 140 can produce parts up to 550mm in length or large amounts of parts in a build volume of 22 x 22 x 18in (550x 550 x 460mm). The sPro 140 is a Selective Laser Sintering (SLS) production printer that can produce durable parts for a wide range of applications including machinery components, housing, functional test parts and assemblies, complex end use parts, for instance ductings and also healthcare tools and products.
High production speeds
The sPro 140 allows you to stack parts in the whole build volume and it offers superior production speeds. The sPro 140 is an economical solution that will enable you to create parts at very high speeds at low costs. This will greatly increase production and will save you money while doing so. When compared with other printer technologies the sPro 140 is the most economical.
It’s robust and impact resistant
The sPro 140 is very robust and is the perfect choice for even the toughest applications. It offers superior living hinges as well as other mechanical joints and snap fit that are all of excellent quality. There are a wide range of materials available to meet with your requirements. The sPro 140 can produce very strong parts with high chemical resistance and thermal resistance. It’s the most economical thermoplastic solution if you need to produce large quantities of parts.
With the sPro 140 you can very easily print and design without the use of supports and no post processing is required, saving you time. You can enjoy high throughput and capacity, enabling you to create more parts in less time, while saving money.
Elastomeric Plastic Thermoplastic
Printing Technology: Selective Laser Sintering (SLS)