Expert Services for End-to-End Composite Solutions
At Indy Performance Composites, our field experts offer end-to-end solutions that are often generated by a customer’s idea. Working collaboratively, our hands-on approach generates both quality products and long-term relationships.
Advanced Custom Digital Design, Engineering, and Manufacturing
Indy Performance Composites pairs advanced digital design tools with years of experience in tool and mold making to deliver high quality composite parts. Below demonstrates why we have excelled for so long and why you should should contact us to elevate your composite manufacturing capabilities today!
Computer Aided Design
- Expertise in Composite Design: Specializing in advanced CAD for precise, optimized composite structures.
- Innovation and Custom Solutions: Tailored designs for superior performance and efficiency.
- Seamless Integration with CAM: Ensuring flawless transition from design to manufacturing.
Computer Aided Manufacturing
- Precision CAM Solutions: Optimize toolpaths for efficient composite manufacturing.
- Automated Processes: Streamline production with automated tool changes and robotic assistance.
- Scalable and Cost-Effective: Enhance productivity and reduce manufacturing costs.
Reverse Engineering
- Accurate 3D Scanning: Capture intricate details for precise reverse engineering of existing parts.
- Customized Solutions: Tailor designs based on scanned data to meet specific requirements.
- Efficiency and Innovation: Utilize advanced technologies to streamline product development and improve time-to-market.
Manufacturing and Finishing Facility with State-of-the-Art Equipment
IPC is a fully functioning manufacturing and finishing facility that excels in quality and on-time delivery. Our wide range of equipment, including our state-of-the art extra-large curing oven and autoclave large enough to fit a windmill blade allows us to scale any product
Fabric Cutting
Fast, precise cutting of fabrics with automatic sharpening and high-speed operation, optimizing production efficiency and ensuring consistent quality.
- Cutting Width: Up to 4 inches
- Cutting Speed: Up to 60 inches per second
- Automatic Sharpening: Built-in
- Precision: High accuracy in pattern cutting
Curing
We have a range of state-of-the-art autoclaves and ovens to facilitate different size composite projects.
Layup
Our composite laminators have combined over a hundred years of experience, ensuring that each part is manufactured to spec and on time.
Composite Heat Press
Ideal for large production runs with tight manufacturing deadlines. Our heat press reduces the number of tools required to meet high-production schedules.
CNC Mill
Offers large work envelope, high spindle speeds, extensive tool capacity, and rapid traverse rates for efficient machining of complex parts with precision and speed.
- Travels: 64" x 32" x 30" (X, Y, Z)
- Spindle Speed: Up to 12,000 RPM
- Tool Capacity: 20+1 stations
- Rapid Traverse Rates: Up to 1,400 ipm
CNC Lathe
HAAS SL20
Enables precise and efficient production of complex parts, ensuring high-quality outputs and faster turnaround times.
- Max Turning Diameter: 10.3 inches
- Max Turning Length: 20 inches
- Spindle Speed: 4,000 RPM
- Tool Capacity: 10 stations
Water Jet
2.5 Axis Maxiem 1530
Offers a large cutting area, accommodates thick materials, powerful pump options for varying needs, and high accuracy, making it ideal for precise cutting.
- Cutting Area: 150" x 30"
- Maximum Material Thickness: Up to 6 inches
- Pump Power Options: 30 hp or 50 hp
- Accuracy: +/- 0.005 inches
Fiberglass
In-house fiberglass mold-making, repair, and manufacturing.
Paint and Gelcoat Finishing
IPC has two paint booths and one gelcoat booth in house. These booths primarily support our composite manufacturing and repair, but can also be used for specialized projects.
Paint Booth
With two full time painters on staff, IPC has the ability to provide finishing to high-volume composite projects.
Gel Coat
Gel-coated fiberglass molds provide customers with a more cost-effective tooling option for lower-volume production runs.
3D Printing
Fused Deposition Modeling (FDM)
Click here to learn more about material selection and our 3D printing process...
Our 3D Printer
Build Envelope: 406 mm x 355 mm x 406 mm (16" x 14" x 16")
Layer Thickness: Options from 0.127 mm to 0.330 mm (0.005" to 0.013")
Materials: Nylon 12, Nylon 12 CF (Carbon Fiber), ASA, ULTEM 1010, ST130
Technology: Fused Deposition Modeling (FDM)
Accuracy: +/- 0.127 mm per 25.4 mm (0.005" per inch) of part dimension
Why IPC for 3D Printing
Choose Indy Performance Composites for advanced 3D printing. Our expertise in materials, coupled with custom design support, ensures precision and quality for every project.
Nylon 12: Known for its durability, flexibility, and chemical resistance, ideal for functional prototypes and end-use parts.
Nylon 12 CF (Carbon Fiber): Enhanced strength, stiffness, and lightweight properties, suitable for robust applications in aerospace and automotive industries.
ASA: UV-resistant and weather-resistant material, perfect for outdoor applications requiring long-term durability and color stability.
ULTEM 1010: High-temperature resistance, flame retardancy, and exceptional strength, crucial for aerospace, automotive, and medical applications.
ST130: Antistatic material with static-dissipative properties, essential for electronics and industrial equipment.