INDUSTRIES & APPLICATIONS
Military
Susquehanna Plastic Injection Molding is proud to support the military industry with durable, high-performance plastic components engineered to withstand the toughest environments. From mission-critical equipment to tactical gear, our custom plastic injection molding services deliver the precision, strength, and reliability required by military applications.
Advanced Materials and Manufacturing Capabilities
We work with a wide range of high-grade thermoplastics and resins, including materials designed for flame resistance, UV stability, and superior mechanical strength. Our advanced injection molding capabilities allow us to produce parts with tight tolerances and complex geometries, ensuring each component meets the stringent requirements of the military industry. Additionally, we offer value-added services like overmolding and insert molding to integrate multiple materials and enhance functionality.
Prototyping to Full-Scale Production
From concept to deployment, our process is designed to meet the unique needs of military projects. During the prototyping phase, we leverage precision mold-making and 3D printing to refine designs and test functionality. Once approved, we transition seamlessly into production, offering both small runs for specialized components and large-scale manufacturing for standard equipment. Every part undergoes rigorous quality assurance checks to ensure it meets military-grade performance standards.
Supporting Our Armed Forces with Reliable Solutions
At Susquehanna Plastic Injection Molding, we take pride in contributing to the success of our armed forces by providing dependable components for mission-critical applications. With a commitment to quality, precision, and innovation, we stand ready to meet the challenges of the military industry. We are proud to be owned and operated by a female veteran.
Our Process
PLANNING
Our process begins with a detailed planning phase to discuss your project goals and requirements. During this stage, our team will review your part’s intended application, functional specifications, and material preferences, including thermoplastics or other resins suitable for the job.
Prototyping
Prototyping transforms concepts into reality. This stage includes the development of precision molds, either through CNC machining or other advanced tooling processes. We may also use 3D printing for rapid prototyping to test part designs before investing in full mold production.
Production
The final stage is production, where custom plastic parts are manufactured using state-of-the-art injection molding machines. Once parts cool they undergo any required secondary processes, such as trimming, assembly, or finishing.
