Advanced Materials and Processes
Advanced engineering programs often demand materials and components that push beyond the capabilities of conventional manufacturing processes. Peregrine specializes in working with beryllium, titanium, aluminum, niobium, tungsten, refractory metals, and other specialty alloys to meet demanding requirements for lightweight construction, thermal conductivity, dimensional stability, high- and low-temperature performance, and exceptional strength-to-weight ratios.
Difficult Materials.
Complex Requirements.
Our approach integrates material properties, engineering design, and manufacturing process development from the outset. By tailoring both the product design and manufacturing methods to the unique characteristics of each material, Peregrine preserves critical material properties while achieving the performance, precision, and reliability required for the most demanding applications.
Precision Components for Demanding Applications
Peregrine integrates precision CNC machining, 5-axis machining, electrical discharge machining (EDM), grinding, and specialized manufacturing processes to produce complex geometries and high-precision, tight-tolerance components.
Our expertise extends beyond conventional machining, combining engineering insight with advanced manufacturing techniques to address complex design challenges, optimize manufacturability, and ensure critical components meet stringent performance and quality requirements.
Engineered Thermal Solutions
Thermal management is critical to the performance, reliability, and operational success of government and defense systems. Peregrine engineers and manufactures advanced components and assemblies designed to transfer, dissipate, isolate, and regulate heat in demanding operating environments.
Our expertise spans applications involving high heat flux, extreme temperatures, cryogenic conditions, and complex thermal interfaces. Peregrine has developed a range of active and passive thermal management solutions, including pulsating heat pipes (U.S. Patent 891942632), Multi-Layer Metal Insulation (MLMI), phase-change cooling technologies, and microchannel coolers. We also bring extensive experience working with thermally conductive pyrolytic graphite (U.S. Patent 9064852 B1) to address complex heat-transfer challenges and meet demanding system-level performance requirements.
Specialized Joining & Assemblies
Many mission-critical components demand capabilities beyond precision machining alone. Peregrine provides specialized metallurgical joining and assembly solutions, including brazing, diffusion bonding, dissimilar-metal joining, mechanical joining, epoxy bonding, and custom assembly processes, to meet demanding structural, thermal, and dimensional performance requirements.
These capabilities enable Peregrine to integrate complex materials and configurations into high-performance assemblies, overcoming joining challenges that conventional manufacturing methods may not adequately address.
Specialty Metal Manufacturing
Peregrine brings specialized expertise in beryllium and other advanced materials for applications where conventional metals cannot meet demanding performance requirements. From precision-machined components to beryllium windows and thin-foil assemblies, we tailor component design and manufacturing processes to the unique requirements of each application.
Our capabilities span the entire manufacturing process, including precision machining, specialized joining, complex assembly, and process development, enabling us to deliver high-performance components that meet stringent requirements for precision, reliability, and material integrity.
PEREGRINE
1051 Serpentine Lane, Suite 100
Pleasanton, CA 94566
Email: info@peregrinecorp.com
Phone: 1+ 925-461-6800