Direct Manufacturer
Browse custom FRP manufacturing solutions on page 13 of 17, including composite products for OEM, industrial, architectural, and commercial projects.
FRP Truck Sleeper Roof manufacturing for sleeper cabs requiring a raised composite roof for additional interior headroom, including CAD or scan review, mold development, composite forming, vehicle-specific edge and opening work, fit-reference inspection, surface preparation, and protected delivery.
FRP Van High Roof Shell manufacturing for cargo, passenger, and conversion vans requiring increased standing height, including CAD or scan review, mold development, composite forming, vehicle-specific edge and opening work, fit-reference inspection, surface preparation, and protected delivery.
FRP Racing Car Body Kit manufacturing for motorsport and track-focused cars requiring a set of aerodynamic exterior parts, including CAD or scan review, mold development, composite forming, vehicle-specific edge and opening work, fit-reference inspection, surface preparation, and protected delivery.
FRP Off-Road Vehicle Body Shell manufacturing for specialty off-road vehicles requiring lightweight panels around a protective chassis, including CAD or scan review, mold development, composite forming, vehicle-specific edge and opening work, fit-reference inspection, surface preparation, and protected delivery.
FRP Golf Cart Body Shell manufacturing for golf, resort, and utility carts needing a complete styled exterior body, including CAD or scan review, mold development, composite forming, vehicle-specific edge and opening work, fit-reference inspection, surface preparation, and protected delivery.
FRP Utility Vehicle Hood manufacturing for compact utility vehicles covering an engine, cooling pack, or front storage area, including CAD or scan review, mold development, composite forming, vehicle-specific edge and opening work, fit-reference inspection, surface preparation, and protected delivery.
FRP Tractor Engine Hood manufacturing for agricultural tractors enclosing engine and cooling components while preserving service access, including CAD or scan review, mold development, composite forming, vehicle-specific edge and opening work, fit-reference inspection, surface preparation, and protected delivery.
FRP Motorcycle Sidecar Body manufacturing for motorcycle sidecars requiring a lightweight passenger or cargo tub, including CAD or scan review, mold development, composite forming, vehicle-specific edge and opening work, fit-reference inspection, surface preparation, and protected delivery.
FRP Vehicle Underbody Shield manufacturing for vehicles needing composite protection or airflow management below the chassis, including CAD or scan review, mold development, composite forming, vehicle-specific edge and opening work, fit-reference inspection, surface preparation, and protected delivery.
FRP Aerodynamic Wheel Cover manufacturing for vehicles using smooth wheel faces for aerodynamic styling or efficiency development, including CAD or scan review, mold development, composite forming, vehicle-specific edge and opening work, fit-reference inspection, surface preparation, and protected delivery.
Custom Carbon Fiber Propeller Blade manufacturing for prototype propulsion systems and instrumented air or marine test rigs. The scope covers airfoil sections, pitch distribution, sweep, blade length, and leading-edge form; root geometry, hub attachment, pitch datum, rotation direction, and assembly clearance; composite production; project-defined inspection; and protected packing.
Custom Carbon Fiber Drone Frame manufacturing for multirotor UAVs and aerial inspection platforms. The scope covers arm layout, motor spacing, center-plate stack, and payload position; battery retention, landing gear, controller mounts, cable paths, and service openings; composite production; project-defined inspection; and protected packing.
Custom Carbon Fiber Robot Arm manufacturing for automation cells, inspection robots, laboratory equipment, and lightweight end-of-arm systems. The scope covers link section, joint spacing, rotation envelope, and outer profile; joint faces, end-effector flange, cable passages, insert zones, and access covers; composite production; project-defined inspection; and protected packing.
Custom Carbon Fiber Camera Rig manufacturing for cinema stabilization, vehicle mounts, cranes, and remote camera platforms. The scope covers camera plate position, rail spacing, handle form, and overall equipment envelope; accessory threads, clamp locations, balance points, cable clearance, and service access; composite production; project-defined inspection; and protected packing.
Custom Carbon Fiber Tripod Leg manufacturing for professional imaging, surveying, optical, and portable support systems. The scope covers tube taper, extended and collapsed length, section nesting, and wall concept; clamp or lock geometry, bonded end inserts, foot fitting, stops, and assembly clearance; composite production; project-defined inspection; and protected packing.
Custom Carbon Fiber Machine Beam manufacturing for precision automation, moving gantries, metrology, printing, and pick-and-place equipment. The scope covers beam section, span, rail datum, end geometry, and allowable equipment envelope; linear-rail pattern, end plates, inserts, cable route, hard stops, and carriage clearance; composite production; project-defined inspection; and protected packing.
Custom Carbon Fiber Medical Tabletop manufacturing for diagnostic imaging tables and patient-positioning equipment. The scope covers tabletop contour, imaging area, edge profile, length, and underside envelope; mechanism attachment, inserts, accessory rails, travel clearance, and cleaning access; composite production; project-defined inspection; and protected packing.
Custom Carbon Fiber Wheelchair Frame manufacturing for manual mobility products, adaptive seating, and sports wheelchair programs. The scope covers seat width and angle, frame sweep, wheelbase, ground clearance, and user envelope; axle receiver, caster mounts, back supports, footrest, seat hardware, and adjustment features; composite production; project-defined inspection; and protected packing.
Custom Carbon Fiber Prosthetic Foot Plate manufacturing for prosthetic component development and controlled gait-evaluation programs. The scope covers plate curvature, toe profile, trim outline, thickness map, and alignment references; adapter attachment zone, permitted envelope, shoe clearance, and mating hardware; composite production; project-defined inspection; and protected packing.
Custom Carbon Fiber Sports Seat Shell manufacturing for motorsport, simulator, and performance seating systems. The scope covers seat contour, shoulder width, bolster shape, recline, and edge outline; harness slots, side or base mounts, inserts, upholstery lands, and vehicle clearance; composite production; project-defined inspection; and protected packing.