Composite manufacturing · molds · tooling · production
Composite Parts &
Mold Manufacturing
Oreion Motors develops and manufactures composite parts, molds and tooling for your products and brand. Work with us on a single component, a complete body system or a coordinated contract manufacturing, OEM or private-label program.
Contract manufacturing is available across our services. Hire us for a single part, a specific process or production stage, a subassembly, or a complete product. We can work to your designs and coordinate with your existing production team.
From one-off designs and prototypes to small production runs and mass production.
From idea to repeatable production
One partner for the part, the mold and the path to scale.
Engage Oreion for a single component, a complete body system or an end-to-end manufacturing program. We support product development, prototype refinement, tooling, low-volume builds and full-scale composite production around the requirements of each customer.
Core capabilities
Built around your program.
Composite Parts Manufacturing
Durable interior, exterior, structural and nonstructural components for automotive, powersports, commercial, specialty and defense applications.
Molds & Master Patterns
Mold development, master patterns and production tooling created to translate an approved shape into a controlled, repeatable process.
Prototype Development
One-of-one concept parts, prototypes and pre-production pieces that help teams evaluate fit, finish, geometry and manufacturing readiness.
Low-Volume Production
Flexible manufacturing for specialty vehicles, limited programs, service parts, fleet applications and early market launches.
Full-Scale Composite Production
Production planning and repeatable output for growing programs, including complete body panels, assemblies and multi-part systems.
Product Development Support
Practical collaboration across material selection, manufacturability, sourcing, tooling strategy, quality planning and production launch.
Parts, panels and bodies
Materials selected for form, function and production.
- 01Carbon-fiber components
Lightweight, premium parts and panels for specialized applications. - 02Fiberglass components
Versatile body panels, enclosures, covers and complete body systems. - 03Reinforced polymer parts
Interior and exterior vehicle components designed around program requirements. - 04One-of-one concept parts
Custom forms and unique bodywork for prototypes, show vehicles and specialized programs.
Industries and applications
More ways to put composites to work.
The following application areas provide a starting point for project inquiries, engineering review and production planning.
Imagery illustrates application areas and is not photography of completed Oreion projects.
Aircraft, UAVs and space programs
- Aircraft fairings, access panels, covers, ducts, cabin panels and equipment housings.
- UAV fuselage shells, wing components, booms, payload enclosures and antenna covers.
- Engineered skins, ribs, stiffeners and bonded assemblies for development review.
- Space-program prototypes, instrument housings, equipment panels and ground-support fixtures.
Flight hardware and structural applications require an agreed qualification, testing and approval path.
Boats, yachts and commercial craft
- Hulls, decks, cabins, superstructures, consoles and interior modules.
- Bulkheads, stringers, transoms, hatches, doors and swim platforms.
- Tenders, kayaks, canoes, marine equipment enclosures and protective covers.
- Hull and deck plugs, multipart molds, bonding fixtures and handling cradles.
Jet skis and compact watercraft
- Lower hulls, upper decks, seat bases, consoles and storage components.
- Engine covers, access hatches and internal reinforcement.
- Hull-to-deck alignment, bonding and assembly tooling.
- Prototype evaluation, surface finishing and repeat-production planning.
Vehicles, bodies and accessories
- Complete body systems, hoods, roofs, fenders, doors and fairings.
- Dashboards, consoles, interior trim, covers and enclosures.
- UTV, ATV, motorcycle, specialty-vehicle and commercial-fleet components.
- One-off concepts, replacement parts and private-label production programs.
Wind blades and factory systems
- Blade molds, master patterns, shear-web tooling and bonding fixtures.
- Mold heating, motion systems, alignment and production monitoring.
- Blade demolding, lifting, rotation, weighing and balance equipment.
- Pultrusion processing, consumable removal and inspection-system projects.
Specialty platforms and equipment
- Vehicle body panels, equipment housings, transport cases and protective covers.
- Mission-equipment enclosures, antenna covers and marine components.
- Specialized acoustic and sonar tooling requirements.
- Prototype fixtures, assembly aids and defined production programs.
Passenger and commercial applications
- Interior panels, partitions, ceiling modules and equipment covers.
- Exterior fairings, access panels and service enclosures.
- Bus, coach, rail and specialty-transport composite components.
- Material and process evaluation around required fire, smoke and durability criteria.
Equipment, infrastructure and custom products
- Machine guards, industrial housings, ducts, covers and structural-panel concepts.
- Agricultural equipment panels and corrosion-resistant component projects.
- Architectural forms, decorative panels, custom furniture and molded products.
- Reusable tooling, fixtures and production equipment for outside manufacturers.
Tooling and factory support
Define the equipment behind the product.
Discuss a single tooling requirement or a coordinated manufacturing system. The service scopes below are evaluated against your design, process, facility and acceptance requirements.
Engineering and development
Concept refinement, 3D modeling, tooling strategy, manufacturability, prototype development, assembly planning and production documentation.
Patterns, plugs and molds
Master patterns, multipart molds, carbon tooling, directly machined molds, heated metal tools, preform presses, reusable silicone vacuum bags, jigs and large-structure tooling.
CNC machining
Machining for plugs, molds and technical components in tooling foam, MDF, aluminum and suitable resin materials, with geometry and finishing defined for the application.
Heating and cure systems
Electric, hot-air and hybrid heating; integrated mold heaters, surface blankets, cavity heating and temperature controls matched to the resin and cure process.
Mold motion and controls
Hydraulic opening and closing, hinges, lifting jacks, clamps, alignment systems, operating-data records and monitoring integration.
Assembly and shear-web tooling
Pneumatic assembly stations, vacuum-assisted placement gantries, positioning jacks, bonding fixtures, trim fixtures and drilling guides.
Demolding and handling
Matched root-and-tip demolding equipment, vacuum lifting devices, turning systems, powered cradles and transfer tooling for large composite parts.
Weight and balance systems
Equipment for component weight and mass-distribution measurement, with fixture design and measurement requirements established for the product.
Debagging and waste handling
Equipment projects for removing vacuum-process consumables and shredding used bags and tubing as part of the production workflow.
Pultrusion post-processing
Material feeding, peel-ply removal, bevel machining, cut-to-length processing, geometry checks and vacuum-assisted stacking.
Inspection equipment
Dimensional measurement and phased-array ultrasonic inspection-system projects, including bond assessment and A-scan/C-scan reporting requirements.
Installation and acceptance
Tool commissioning, factory and site acceptance planning, laser measurement, heating and vacuum checks, alignment and bond-gap adjustments.
Tool refurbishment
Mold conversions, surface restoration, gelcoat or uncoated-tool finishing, and upgrades to heating, actuation and control systems.
Relocation preparation
Decommissioning, equipment preparation and protective export packing for tooling, handling fixtures, carbon-processing machinery and mixing or metering equipment.
Evaluate the next process
Discuss feasibility studies for tape and filament winding, direct carbon roving, shear-web turning, crane-free finishing and expanded recycling or compaction systems. These are development topics requiring project evaluation.
A clear manufacturing path
From requirements to production.
Scope
Define the part, application, target quantity, material priorities, timing and market requirements.
Develop
Refine the product for manufacturability and establish the prototype, mold and tooling approach.
Validate
Review prototype output, fit, finish and production readiness before the manufacturing launch.
Produce
Move into the agreed production volume with documented processes and ongoing program support.
Global production capability
One part. One body. Or a full production program.
Scale the engagement around your product: one-off designs, prototypes, small production runs or mass production. We can manufacture customer-branded parts, body systems and assemblies for domestic and worldwide programs.
Composite manufacturing questions
Start with the right scope.
Can Oreion manufacture a single prototype or one-of-one concept part?
Yes. Oreion supports prototype components, unique concept parts and complete one-of-one body solutions as part of a product-development or manufacturing program.
Can Oreion manufacture production quantities?
Yes. Scope can range from a single part or prototype to small production runs and mass production. Quantities, tooling, materials and acceptance requirements are agreed for your program.
Can Oreion develop the molds and production tooling?
Yes. Oreion can support molds, master patterns and production tooling so approved components and bodies can move into a repeatable manufacturing process.
Can Oreion manufacture complete vehicle body systems?
Yes. Capability can extend from individual interior or exterior panels to coordinated multi-part assemblies and complete composite vehicle bodies.
Can Oreion support domestic and worldwide projects?
Yes. Oreion welcomes U.S. and international projects. We review the product, target quantities, delivery country and program requirements when planning the work.
Start a manufacturing conversation
Tell us what you need to make.
Share the component’s function, drawings, dimensions or reference photos, material and finish targets, quantities, timing and delivery country. Include any existing mold or tooling and the work you need Oreion to provide.