You need a contract manufacturer you can rely on. We have the capabilities to deliver. At Ensinger Precision Components, we provide injection molding, CNC machining, and advanced post-molding services for critical high performance plastic components.
Our Plastics Manufacturing Facilities
Ensinger Precision Components – Putnam, CT
With years of experience in advanced manufacturing, injection molding, design, engineering, and machining, Ensinger Precision Components can tackle your injection molding projects with ease.
Ensinger Precision Components – Huntersville, NC
Ensinger Precision Components – Huntersville offers fabricated plastic parts with an extensive CNC machining capability that compliments the other Ensinger offerings in pellet to part solutions.
Our High Performance Plastics Manufacturing Capabilities
Whether you need injection molding, CNC machining, engineering assistance, tooling, or mold transfer services, we have the capabilities to deliver critical components that meet your exact needs. All of our services are backed by decades of experience, the latest in advanced technologies, and a long list of quality certifications.
Advanced Manufacturing Services
Advanced manufacturing services ensure that complex assemblies are completed per your specifications, after the injection molding process.
CNC-Machined Plastic Parts Manufacturer
Ensinger Precision Components is an experienced CNC-machined plastic parts manufacturer. Explore our options here.
Injection Molding Services
Comprehensive Injection Molding Services Powered by Extensive Equipment Investment Ensinger Precision Components is the North American plastic manufacturing provider capable of doing it all. From our state-of-the-art injection molding facility in Putnam, Connecticut, we offer injection molding services using a …
Quality Assurance for Manufacturing
We’re Committed to Ensuring Product Quality Ensinger Precision Components is dedicated to providing the highest level of quality assurance for manufacturing possible. We ensure our injection molding and plastic manufacturing services deliver the high-quality parts and assemblies for your business …
Plastic Fabrication
Ensiner PolyTech, Inc. offers comprehensive polymer fabrication and assembly services to finish out your projects flawlessly every time. Turn to our skilled team for plastic annealing, bending, bonding, assembly support, and more.
Plastic Design Services and Engineering
Ensinger provides expert engineering and plastic design services to meet your project needs. Learn more here.
Industries We Serve
Ensinger Precision Components has been a trusted contract manufacturer for a wide range of industries, including:
High Performance Plastics We Work With
At Ensinger Precision Components, we specialize in working with general, engineering, and high performance plastics in order to produce components for your most critical applications. Whether you need plastic parts with superior thermal properties and high strength, or something flexible and durable, we have the expertise to help you select the right materials for your projects.
Poly-Texx®
Our innovative Poly-Texx materials are self-lubricating bearing-grade composites that offer superior performance in difficult applications. Some materials include:
– Poly-Texx 60F
– Poly-Texx LR166
– Poly-Texx 350
– Poly-Texx HPBO
– Rulon J
– Poly-Texx P40
– Poly-Texx PVX
– Poly-Texx Z
Plastic Stock Shapes
Our industry-leading Plastic Stock Shapes offer enhanced performance and premium quality for your unique project. Some materials include:
– Delrin 570
– High Density Polyethylene
– Nylon 6
– PEEK
– PET
– Polycarbonate PC 1000
– Tolron 4301
– UHMW
PEEK Tubes
PEEK Tubes in Stock Headquartered in Putnam, CT, Ensinger Precision Components manufactures injection molded PEEK tubes right here in the United States. With our state-of-the-art equipment and decades of experience, we produce PEEK tubes that deliver the quality you need …
Engineering Resins
With dedicated project managers you’ll always be in the loop. With our expertise we can provide part design, material selection, application analysis, and much more.
General Industrial Polymers
With dedicated project managers you’ll always be in the loop. With our expertise we can provide part design, material selection, application analysis, and much more.
High-Performance Resins
With dedicated project managers you’ll always be in the loop. With our expertise we can provide part design, material selection, application analysis, and much more.
Near Net Shapes
Near Net Shapes Optimize Production Time and Eliminate Waste Near Net Shapes is a manufacturing process that uses extruded or injection molded blanks as a base for complex precision components. A cost-effective solution that can significantly reduce production time and …
We Offer Stock Shapes!
By working with stock shapes, we can optimize your production process for shorter lead times, more cost-efficient tooling, and higher levels of precision while eliminating material waste. Stock shapes, or near net shapes, are ideal for low- to mid-volume runs of critical components for applications in a wide range of industries, including oil & gas, aerospace, medical devices, and semiconductors.
Gain Valuable Expert Engineering Insight with Ensinger
From an individual molded component to an elaborate multi-component assembly with various value-added operations, Ensinger Precision Components has the knowledge, experience, and capabilities to successfully transform a customer’s vision to reality with critical plastic engineering services.
Mold and Tooling Transfer Services
Minimize Disruptions with Smooth Mold and Tooling Transfer Services Making a mold and tooling transfer from one plastics company to another can be a daunting task for OEMs. From contractual agreements and initial assessments to validation and production molding, conducting a successful …
Plane Bearings
At Ensinger Precision Components, we provide injection molding, CNC machining, and advanced post-molding services for plane bearings.
Technical Library
At Ensinger, we equip our customers with an extensive list of resources to aid their needs. Explore our technical library today.
Application Assistance Forms
Ready to learn more about how we can serve your needs? Fill out the application assistance forms below to get started, and contact our team today for help.
Plastics Seminars
We offer this service as a courtesy to our customers to help them learn more about the exciting world of engineering and performance polymers. Reach out to our engineering team to set up a technical seminar for your team.
About Ensinger Precision Components
Ensinger Precision Components is part of Ensinger GmbH with North American headquarters in Washington, PA. Ensinger’s North American operations focus on processing high-performance engineering plastics and expanding the market for engineering plastics with extrusion, casting, machining, compression, and injection molding expertise. We leverage our knowledge of high-performance polymers and applications to provide our customers with numerous options as they push the envelope of innovation and part design in their respective industries.
Pitfalls to Avoid When Transferring Tooling
You’ve decided to transfer tooling to a new molding partner. What’s next?
Blog
Precision Aerospace Plastic Machining: What to Know
In modern aerospace applications, high-performance plastic components — from seals and bushings to electrical insulators — are increasingly replacing metal where weight, corrosion resistance, and precision are major factors. Aerospace plastic machining allows engineers to achieve tight tolerances, complex geometries, …
Plastic Injection Mold Design Services: What to Expect in a Custom Injection Molding Project
When working with high-performance thermoplastics like PEEK, PPS, and PEI, the path to a successful part starts long before production — it begins with plastic injection mold design services. Custom injection molding projects demand careful planning and collaboration to meet …
What Engineers Should Know About High-Temperature Oil Heating in Injection Molding
Injection molding, at its core, involves melting thermoplastic and forcing it into a heated mold. Temperature regulation throughout the process is crucial for optimizing viscosity and ensuring consistent material flow. This is achieved using special heaters.