Struggling with sourcing replacement metal parts? Long lead times, supply chain delays, and geopolitical issues disrupt operations for industries reliant on heavy equipment. SPEE3D introduces Cold Spray Additive Manufacturing (CSAM)-the revolutionary solution to produce cast-equivalent metal parts on demand. Using supersonic metal powder deposition, CSAM enables rapid part production in hours or days, not months. With materials like aluminum, copper, stainless steel, and aluminum bronze-and sustainable benefits like 60% less CO2 emissions-CSAM is faster, reliable, and cost-effective. Discover the modern alternative to traditional casting. Learn more at spee3d.com/contact.

Join Matthew Harbidge and Matthew Turner in this in-depth podcast episode as they explore the evolution of SPEE3D''s cold spray additive manufacturing technology. Hear how this cutting-edge metal 3D printing solution has been tested and proven in some of the world''s harshest environments. From desert trials with the Australian Army, to cold weather testing in New Hampshire, and high-humidity performance in Hawaii, discover the challenges faced and the engineering breakthroughs that followed. This discussion highlights how SPEE3D''s field-tested technology is setting new standards in deployable, rugged manufacturing solutions for defense and industrial applications. Whether you''re an engineer, defense contractor, or manufacturing innovator, this conversation offers valuable insights into how real-world testing drives technological resilience and continuous improvement in additive manufacturing.

SPEE3D was selected to participate in the Secretary Of Defense Manufacturing Technology "Point Of Need Challenge". The exercise had taken place at the Army''s Engineer Research and Development Center''s Cold Regions Research and Engineering Laboratory (CRREL), to demonstrate if our patented Cold Spray Additive Manufacturing (CSAM) technology could successfully 3D-print metal parts in sub-freezing environments equivalent in quality to the same parts printed, on the same technology, in a shop or lab environment. These were the results. You can do further reading on our website at: www.spee3d.com

Take a closer look at WarpSPEE3D, a breakthrough in cold spray additive manufacturing, as showcased at RAPID TCT 2024. In this video, Nathan Berge from @NathanBuildsRobots explains how this innovative technology transforms raw metal powder into dense, durable parts at remarkable speeds. WarpSPEE3D combines simplicity and efficiency, using compressed air at Mach 3 speeds to fuse materials without melting. With a 1-meter build area and the capability to create components over 100kg, it''s designed to meet the challenges of producing large-scale parts while minimizing waste. This isn''t just about speed; it''s about making manufacturing more accessible and sustainable. Whether it''s marine-grade nickel aluminum bronze for seawater applications or components for aerospace and heavy industry, WarpSPEE3D demonstrates what''s possible with cold spray technology.

Discover how SPEE3D''s cutting-edge cold spray technology empowers industries and military forces to produce critical metal parts quickly and efficiently, no matter where they are. In this video, we showcase how the Australian Army used SPEE3D printers to design, print, and machine essential components like bilge pumps and fuel support modules in the field-reducing downtime and eliminating reliance on complex supply chains.