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Aerospace & Defense
The present-day manufacturing industry is undergoing a transformation through the implementation of automation technologies. Robotics is at the forefront of this revolution, making significant strides in enhancing manufacturing efficiency, product quality and cost savings. The aerospace and defense manufacturing sector has benefited significantly from robotic automation systems - and will continue to do so.
Expertise in Small Component Assembly
Our specialization lies in assembling very small components that demand precision and feedback verification. We utilize advanced techniques like force and pneumatic feedback, along with camera inspections and vision orientation.
Customized Automation Solutions
Our expertise extends to critical areas of the manufacturing process, including feeding, fastening, dispensing, inspection, data logging, and trend analysis, ensuring that your projects benefit from a full range of services tailored to your needs.
Prototyping and In-House Manufacturing
We have a range of rapid prototype machines, including plastic and metal printers for additive manufacturing, a vertical mill, a lathe, and more. This in-house capability extends to areas like project management, design, manufacturing, testing, and production.
Quality Assurance Every Step of the Way
Quality remains our top priority. Our in-house capabilities enable rigorous quality control throughout the manufacturing process. From design to production, we maintain high accuracy and quality standards.
Aerospace & Defense Automation Applications
A few examples of manufacturing processes that we've automated
01
Additive Manufacturing
Additive manufacturing, commonly referred to as 3D printing, involves building parts by layering material. This technique has revolutionized the defense industry by offering a rapid, cost-efficient method for part production, significantly cutting down on lead times and expenses.
03
Automated Inspection
Automated inspection systems verify that manufactured parts comply with specified requirements and quality standards. They employ sophisticated technologies like machine vision, sensors, and software to check for defects and irregularities. This reduces the likelihood of flaws and boosts quality control efficiency.
02
Automated Machining
Automated machining utilizes computer numerical control (CNC) machines for part production. These machines excel in crafting high-precision and complex components, enhancing efficiency and shortening manufacturing times.
04
Robotic Assembly:
Robotic assembly uses robots for assembling parts or components, offering a swifter and more efficient alternative to manual assembly. This method reduces manufacturing time and costs while enhancing quality control. It ensures precise and consistent assembly of components, improving overall product quality.
Looking for a different process to be automated? These are just a few examples - our team automates custom processes all the time. Get in touch and learn how we can help you!
After-Sales Support:
Ensuring Operational Continuity
We uphold the stringent reliability and performance demands of aerospace and defense processes, providing rapid-response on-site assistance across the US Southeast. We also offer remote support for urgent needs, providing immediate diagnostics and resolution via remote monitoring and troubleshooting.
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