Aerospace engineering
Precision components, controlled materials, dimensional verification and process documentation for aerospace-oriented engineering requirements.
Industries
Industrial experience across very different failure modes.
Aerospace precision is not the same problem as mining durability, refrigerator production, rail hardware or auto-hauler components. ORM works across sectors by adapting process, material, inspection and supply control to the application.
Selected experience
From aerospace to heavy equipment.
Programs have included components and manufacturing work across transportation, equipment, appliances and high-precision engineering.
Railway
Structural, wear, machined and fabricated components designed around repeatability, durability and fleet service conditions.
Medical
Precision manufacturing and polymer/metal component work where cleanliness, dimensional control and material documentation are critical.
Automobile components
Forged, machined, stamped, molded and fabricated parts for automotive and vehicle-related programs.
Refrigeration & air conditioning
Production components for refrigerators, air-conditioning systems, housings, brackets, formed parts and associated assemblies.
Mining components
Heavy-duty parts where wear resistance, impact loading, metallurgy and field durability drive process selection.
JCB / construction equipment
Machined, forged, fabricated and wear components used in construction and earthmoving equipment applications.
Drilling equipment
High-load parts and assemblies where geometry, material condition, heat treatment and surface performance matter.
Vehicle transport equipment
Tie-down hardware, flippers, rigging-related components and other commercial vehicle / auto-hauler products.
Material handling & logistics equipment
Fabricated, machined and structural components for equipment that must survive repetitive industrial service.
Industrial hardware
Customer-specific parts across machinery, tooling, fixtures, assemblies and production support applications.
Bring us the unfamiliar part
ORM is process-driven rather than limited to a short market list. If the material, geometry and quality path are manufacturable, we can evaluate the program.
Metalworking technologies
Cut. Form. Forge. Cast.
Multiple production routes for metal components and assemblies, from prototype geometry to high-volume forming.
CNC MachiningTurning, milling, multi-axis machining and precision secondary operations.
ForgingHot, warm and cold forged components with downstream finishing.
CastingCast components developed around function, material and production volume.
Heat TreatmentThermal processing coordinated to meet mechanical-property requirements.
ExtrusionContinuous-profile manufacturing for metal and selected polymer applications.
RollingSection, sheet and profile forming for repeatable production geometries.
DrawingWire, tube and section reduction processes for controlled dimensions and finish.
Stamping & BendingPresswork, forming, punching and repeatable sheet-metal geometry.
Welding & BrazingJoining routes selected around base material, strength, distortion and production needs.
Fastening & AdhesivesMechanical fastening and bonded assembly strategies for multi-part products.
Surface TreatmentPlating, coating, polishing, passivation and application-specific finishes.
Powder MetallurgyMIM and sintering routes for complex geometry and efficient production.
Plastics & polymers
From pellets to finished product.
Precision molded components and large-format plastic products across several polymer processes.
Injection MoldingEngineered plastic parts, tooling, multi-cavity production and technical molding.
Rotational MoldingLarge hollow parts, enclosures, tanks and durable structural products.
Blow MoldingHollow plastic products where wall control and throughput matter.
ThermoformingSheet-based forming for housings, panels, liners and production components.
Compression MoldingThermoset, composite and pressure-formed components.
Polymer ProcessingMaterial selection, tooling, forming strategy and production-route development.
Advanced manufacturing
Layer by layer when conventional tooling is not the answer.
Additive technologies accelerate development, solve difficult geometries and support selected low-volume production.
Polymer additive
FDM · SLA · SLS
Rapid prototyping, fixtures, tooling aids, visual models and functional polymer parts for development and low-volume applications.
Metal additive
DMLS
Direct Metal Laser Sintering for complex metal geometries, development work, specialized tooling and low-volume applications where conventional routes may be inefficient.