"We are the only process that works with rapid tooling Colorado in what we call homogeneous metals. "It does not require any binders, which create problems. Some other processes use the binder as an adhesive that binds the actual powdered metal together for rapid tooling colorado.

rapid tooling Colorado article

It holds it in place as their machine jets it onto the form shape, so they actually ink-jet it basically, it's metal printing. Instead of printing out ink, it prints with metal for rapid tooling colorado." Military and aerospace rapid tooling Colorado applications with lower-volume parts production have made for a good fit with POM's DMD process, he adds. POM recently has been working with the Russian government on refurbishment of older military aircraft engine turbine blades for use in power-generating steam turbines.

"Obviously, you're not going to build a million pieces this way, because it's just like asking someone to use something like SLA to make a million plastic parts. There is a much better way to do that-it's called plastic injection molding. The same thing is true with making metal parts. We look at companies that need to make fully functional prototypes.

That can be really any manufacturing company that needs to make a one-off metal prototype which replicates the microstructure and fully replicates the physical properties of the part they would manufacture by die-casting, for example." Aside from niche applications in the general industrial repair and overhaul market, POM is focused on refurbishing tooling. Automotive suppliers, appliance makers, lawn tractor manufacturers all have bought one-off prototypes in full metal, it says, and the POM process can manufacture high-strength alloys, including titanium and rapid tooling colorado

"They don't want to rely on a process that's limited on which metals they can use, or that relies on a binder, because they cannot rely on the physical properties of the metal. Also, the part wouldn't replicate the aluminum or steel part that they were going to use in production. Our process relies on a commercial powder-metal market that existed before POM ever started. Any powdered metal that you can buy can be used in our process. For aerospace, we make a lot of direct-metal prototypes."

The US Army also has tested direct metal approaches to parts production with its initial prototype application of its Mobile Parts Hospital (MPH) using  (Albuquerque, NM) Laser Engineered Net Shaping (LENS) technology. it plans to debut a second rapid manufacturing system prototype of the mobile parts hospital, which aims to rapidly produce metal replacement parts for military vehicles in the field, using POM's direct metal manufacturing process.

To meet rapid tooling colorado requirements, POM is converting its system to a direct diode laser, instead of its system's previous CO^sup 2^ or Nd:YAG lasers, in order to reduce the amount of electrical power needed to run the MPH rapid manufacturing system. "They want to take CAD geometry for military vehicle parts and build them in the field, in the actual arena of war,". "We're converting our process to a diode laser, which is a high-powered laser but very efficient electrically. It can be driven off a Caterpillar generator. We are building the next-generation machine that will go in their Phase 2 MPH, Mobile Parts Hospital, that'll be out by this December."

Building functional rapid prototypes for manufacturers out of newer, tougher thermoplastics capable of withstanding heat up to 400[degrees]F allows traditional rapid prototyping companies, including systems to supply RP systems that are effectively used in rapid manufacturing. "We don't sell them as rapid manufacturing systems, although people tend to use them for rapid tooling Colorado .