The Technology of Precision Additive Solutions
Our groundbreaking systems are purpose-built for certification. We will set a new standard for printing consistency, powered by a blend of proprietary technologies and innovations.
Unconventional, Innovative Optics Design
A cornerstone of this innovation is our SSLM™ laser system, which delivers superior control during the printing process, ensuring that each layer is deposited with extreme accuracy. This laser system works in tandem with our in-situ monitoring technology, providing real-time feedback during the manufacturing process, which enables adjustments to be made instantly if deviations are detected.
This approach not only ensures consistency but also reduces material waste and minimizes the need for post-production adjustments
3D+ Printing
A key innovation in our approach is the development and integration of reactive material processing with 3D printing. This breakthrough technology is a game-changer for producing components with material properties that go beyond what standard printing methods can achieve.
Reactive materials enable us to create components that adapt or change characteristics under specific conditions, offering the flexibility and durability required for defense-critical applications. This capability is crucial for producing parts that meet the stringent airworthiness and certification requirements of the Department of Defense (DoD) supply chain.
We are currently able to process and print the following reactive materials:
- Magnesium alloys This capability is unique to Precision Additive
- Aluminum alloys
- Titanium alloys
In addition to reactive materials, we also process and print specialty steel, copper, and nickel alloys for a range of defense applications. We are further advancing our work with refractory alloys such as niobium, tantalum, chromium, rhenium, molybdenum, and tungsten, paving the way for next-generation technologies.
Hybrid Additive Manufacturing
Our printers are considered “hybrid” printers, meaning that they combine 3D printing with subtractive manufacturing (CNC machining) in a single system. This integration offers significant speed advantages by eliminating the need for separate machining, post-process.
The hybrid machine eliminates the need to move parts between different machines, speeding up the overall build cycle. Overall, our hybrid system is 30-50% faster than traditional metal 3D printing, when considering the entire production cycle.
Contact us to learn more about our innovative processes.
Predictive and In-Situ Monitoring Technology
Every material has a “print recipe”—a specific combination of hardware calibrations that delivers the perfect print. However, with millions of possible combinations, finding the right recipe is essential for parts certification. While competitors rely on outdated trial-and-error methods, Precision Additive is accelerating ahead with a proprietary software solution designed to crack the recipe faster and more efficiently.
When paired with our high-precision hardware, we can accurately predict potential problem areas in any print before it begins. This allows us to address issues in advance and make real-time calibration adjustments during the printing process, ensuring consistent, high-quality results every time.
Application to Defense and Airworthiness Certification
We are highly focused on certifying parts and designing printers specifically for that purpose, positioning ourselves as a solutions provider capable of delivering high-value, airworthiness certified components where reliability and certification are essential.
This model will revolutionize how additive manufacturing is perceived in defense-critical industries, removing barriers to entry and scaling production capabilities in areas such as aerospace, naval, and land-based systems.
Our approach to solving the repeatability challenge in 3D printing is not only innovative, but essential for the future of manufacturing in defense-critical sectors. Our focus on certification, along with the integration of proprietary technologies such as the SSLM™ laser, in situ monitoring, and reactive material printing, will ensure that we can produce airworthiness certified, reliable components with unmatched consistency.