US Department of Energy

Manufacturing Sciences offers services such as design, metal casting, metal rolling, fabrication, welding, and precision machining. They provide services in the following areas: casting, laboratory analysis, materials inventory acquisition, CNC machining, laser engraving, rapid prototyping, research and development, roll engineering, value engineering, and welding. Manufacturing Sciences Corporation is a pioneer in metal fabrication, developing processes to roll and cast depleted uranium for defense and energy purposes.

Robot Nose is dedicated to rethinking sensors and detectors from the ground up. Laboratory instruments excel at measuring what is in the air, but are bulky and hard to use. Portable instruments typically are just badly compromised versions of laboratory instruments. Our approach is to use a newly developed additive manufacturing approach to create very sensitive and selective detectors of toxic gasses. This additive approach has an unparalleled combination of speed and resolution, making it interesting for many other applications as well.

Materic is a company that specializes in the design and manufacturing of advanced materials. It focuses on custom manufacturing and joint development programs, offering a variety of products and services. Materic's expertise includes electrospinning, nanoparticle separation, textile treatments, 3D printing materials, specialty inks, and microencapsulation. By leveraging these capabilities, the company enables clients to obtain tailored solutions and equipment across diverse applications and industries.

Authentise Inc. is a technology company based in Mountain View, California, specializing in process automation software for additive manufacturing. Founded in 2012, the company provides solutions that facilitate the preparation, optimization, and secure streaming of 3D designs directly to printers, while also enabling real-time production monitoring. Its core product is a Manufacturing Execution System that integrates with data from 3D printers and other digital manufacturing devices to automate various processes, such as order status updates and traceability reporting. Authentise also offers SendShapes, allowing users to send STL files for printing, and the Authentise Streaming API, which enables the distribution of 3D design products. The company's technology serves a diverse clientele, including retailers, brands, 3D design sellers, and printing bureaus, ensuring secure production of a wide range of items from spare parts to customized products.

UHV3D automates the design of metal additive manufacturing components for extreme conditions.

VRC Metal Systems is a manufacturer based in Rapid City, South Dakota, specializing in advanced metalworking equipment and automation systems. Established in 2013, the company focuses on innovative technologies for metal deposition and repair. Its flagship product, the VRC Gen III, is a high-pressure cold spray system that utilizes supersonic speeds to apply metal powders, enabling high-strength coatings and additive manufacturing for parts repair and enhancement. In addition to the cold spray systems, VRC offers a range of products including automated additive and subtractive systems, portable dust collectors, and cold spray consumables. The company also provides integrated installations, on-site support, system calibration, and equipment leasing services, positioning itself as a comprehensive solution provider in the metalworking industry.

Sciaky, Inc. is a leading provider of metal 3D printing and Additive Manufacturing (AM) solutions.

PolarOnyx is a provider of laser 3D manufacturing, laser additive and subtractive manufacturing and solutions.

Robot Nose is dedicated to rethinking sensors and detectors from the ground up. Laboratory instruments excel at measuring what is in the air, but are bulky and hard to use. Portable instruments typically are just badly compromised versions of laboratory instruments. Our approach is to use a newly developed additive manufacturing approach to create very sensitive and selective detectors of toxic gasses. This additive approach has an unparalleled combination of speed and resolution, making it interesting for many other applications as well.

Manufacturing Sciences offers services such as design, metal casting, metal rolling, fabrication, welding, and precision machining. They provide services in the following areas: casting, laboratory analysis, materials inventory acquisition, CNC machining, laser engraving, rapid prototyping, research and development, roll engineering, value engineering, and welding. Manufacturing Sciences Corporation is a pioneer in metal fabrication, developing processes to roll and cast depleted uranium for defense and energy purposes.

Orbital Composites specializes in the fields of 3D printing, Composites, robotics automation, and carbon fiber. Their Robotic automation offers tremendous advantages at the fraction of the cost of traditional manufacturing systems, including scalability, and complex 3D printing on curves.

Robot Nose is dedicated to rethinking sensors and detectors from the ground up. Laboratory instruments excel at measuring what is in the air, but are bulky and hard to use. Portable instruments typically are just badly compromised versions of laboratory instruments. Our approach is to use a newly developed additive manufacturing approach to create very sensitive and selective detectors of toxic gasses. This additive approach has an unparalleled combination of speed and resolution, making it interesting for many other applications as well.

PolySpectra, Inc. is a company based in Berkeley, California, that specializes in developing advanced functional materials for additive manufacturing. Founded in 2016, PolySpectra focuses on transforming 3D printing from a prototyping tool into a viable production method. The company utilizes light-activated catalysts to create durable, stereolithographic resins suitable for consumer applications. Its modular platform allows for the delivery of materials with a wide range of tailored properties derived from a single chemical system. By providing these innovative materials, PolySpectra aims to assist inventors, designers, and engineers in bringing their concepts to life.

Synteris is focused on the development and manufacturing of advanced precursor powders for 3D printing of high-temperature ceramics. The company specializes in producing non-oxide ceramic parts, including carbides, nitrides, and borides, through a technique known as selective laser reaction sintering (SLRS). This innovative approach allows for the rapid production of prototypes and parts that can be utilized in various applications, particularly in enhancing heat sinks and cooling architectures within the electronics industry. By addressing the growing demand for efficient electrical components, Synteris positions itself as a key player in the evolving landscape of advanced manufacturing technologies.

Robot Nose is dedicated to rethinking sensors and detectors from the ground up. Laboratory instruments excel at measuring what is in the air, but are bulky and hard to use. Portable instruments typically are just badly compromised versions of laboratory instruments. Our approach is to use a newly developed additive manufacturing approach to create very sensitive and selective detectors of toxic gasses. This additive approach has an unparalleled combination of speed and resolution, making it interesting for many other applications as well.

Robot Nose is dedicated to rethinking sensors and detectors from the ground up. Laboratory instruments excel at measuring what is in the air, but are bulky and hard to use. Portable instruments typically are just badly compromised versions of laboratory instruments. Our approach is to use a newly developed additive manufacturing approach to create very sensitive and selective detectors of toxic gasses. This additive approach has an unparalleled combination of speed and resolution, making it interesting for many other applications as well.

Robot Nose is dedicated to rethinking sensors and detectors from the ground up. Laboratory instruments excel at measuring what is in the air, but are bulky and hard to use. Portable instruments typically are just badly compromised versions of laboratory instruments. Our approach is to use a newly developed additive manufacturing approach to create very sensitive and selective detectors of toxic gasses. This additive approach has an unparalleled combination of speed and resolution, making it interesting for many other applications as well.

Robot Nose is dedicated to rethinking sensors and detectors from the ground up. Laboratory instruments excel at measuring what is in the air, but are bulky and hard to use. Portable instruments typically are just badly compromised versions of laboratory instruments. Our approach is to use a newly developed additive manufacturing approach to create very sensitive and selective detectors of toxic gasses. This additive approach has an unparalleled combination of speed and resolution, making it interesting for many other applications as well.

Robot Nose is dedicated to rethinking sensors and detectors from the ground up. Laboratory instruments excel at measuring what is in the air, but are bulky and hard to use. Portable instruments typically are just badly compromised versions of laboratory instruments. Our approach is to use a newly developed additive manufacturing approach to create very sensitive and selective detectors of toxic gasses. This additive approach has an unparalleled combination of speed and resolution, making it interesting for many other applications as well.