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Formed, Bent, Stamped and Welded Components Built to Your Engineering Requirements.
Steel & Trucks manufactures and evaluates custom metal components for medical equipment OEMs, hospital equipment manufacturers, rehabilitation systems and specialized medical applications. From tubular frames, handles and wire forms to brackets, supports and welded assemblies, we help transform customer drawings into production-ready components.
Build-to-Print • OEM Manufacturing • Engineering Support • Manufacturing in Mexico
Steel & Trucks can evaluate component families rather than just individual parts.
Custom metal components manufactured according to your drawings for medical equipment applications.
Process: Tube Bending • Welding
Process: Wire Forming • Wire Welding • Cold Forming
Process: Steel Bar Bending • Stainless Bar Bending
Process: Sheet Metal Stamping
Process: MIG / TIG Welding
Process: Cold Forming • Cold Forging
Hospital beds, examination tables, procedure tables, treatment tables, medical chairs, recliners, stretcher systems, bedside furniture, overbed tables, instrument tables, medical workstations, patient transfer equipment. Potential components: tubular frames, bent steel frames, handles, side structures, support bars, accessory rails, equipment mounts, brackets, wire baskets, cable retainers, protective components, welded assemblies.
Processes: Tube Bending • Steel Bar Bending • Wire Forming • Stamping • Welding
REQUEST A MEDICAL FURNITURE COMPONENT QUOTEBed frame components, side rail components, handles, equipment supports, accessory rails, cable retainers, wire forms, sensor brackets, motor brackets, control brackets, tubular structures, welded assemblies.
Load-bearing, patient-support and safety-critical components require engineering validation and customer qualification.
Emergency carts, anesthesia carts, medication carts, procedure carts, instrument carts, medical computer carts, mobile workstations, supply carts, isolation carts, laboratory carts. Potential components: push handles, tubular frames, wire baskets, equipment rails, accessory hooks, cable management, mounting brackets, equipment supports, protective rails, welded frames.
SEND US YOUR CART COMPONENT DRAWINGPush handles, grab handles, equipment handles, service handles, transport handles, tubular handles, stainless steel handles, accessory handles. Applications: medical carts, hospital equipment, diagnostic equipment, laboratory equipment, rehabilitation equipment, mobility equipment.
Processes: Tube Bending • Steel Bar Bending • Welding
REQUEST A HANDLE QUOTEMedical equipment baskets, storage baskets, instrument baskets, accessory baskets, wire racks, bottle holders, container holders, cable holders, hose holders, accessory hooks, equipment organizers. Markets: medical carts, hospital equipment, laboratories, sterilization equipment, dental equipment, veterinary equipment.
Processes: Wire Forming • Wire Welding • Cold Forming
Accessory hooks, equipment hooks, tube supports, accessory rails, bag holders, cable supports, equipment brackets, device holders, tubular support components.
Suitability for specific clinical loads or applications requires customer engineering validation.
Equipment frames, protective structures, handles, cable management, sensor brackets, monitor brackets, equipment mounts, tubular supports, stamped brackets, welded assemblies. Target: imaging equipment, ultrasound equipment, diagnostic workstations, patient monitoring, specialized diagnostic systems.
Steel & Trucks does not manufacture electronic, radiation-generating or diagnostic technology.
Equipment frames, tube supports, wire racks, sample holders, bottle holders, equipment handles, machine guards, sensor brackets, cable retainers, mounting brackets, stainless steel structures, welded assemblies. Target: laboratory automation, sample processing, analytical equipment, testing equipment, research equipment.
Wire baskets, instrument racks, equipment racks, tray supports, tubular frames, handles, wire holders, product separators, support structures. Target: sterilization equipment, washer-disinfectors, medical cleaning equipment, instrument processing systems.
Sterilization compatibility not claimed unless material, finish and process have been validated for the application.
Physical therapy equipment, rehabilitation machines, parallel bars, exercise equipment, patient support equipment, mobility training equipment. Potential components: handles, support rails, tubular frames, adjustment components, equipment supports, brackets, wire forms, welded structures.
Wheelchairs, walkers, rollators, mobility devices, patient transport equipment, specialized seating systems. Potential components: tubular frames, push handles, support bars, brackets, accessory mounts, wire baskets, equipment supports, welded assemblies.
Structural and patient-support components require load testing, engineering validation and customer qualification.
Dental chair components, equipment supports, instrument holders, wire forms, equipment arms, brackets, tubular structures, handles, accessory mounts, cable retainers.
Veterinary tables, animal cages, veterinary carts, animal handling equipment, surgical equipment, diagnostic equipment. Potential components: stainless steel frames, wire structures, cage components, handles, hooks, equipment supports, brackets, tubular frames, welded assemblies.
Cable retainers, wire guides, hose supports, tube supports, protective loops, cable management forms, routing brackets, wire harness supports. Modern medical equipment contains power cables, data cables, sensor wiring, control wiring, flexible tubing and hoses.
Processes: Wire Forming • Stamping • Bent Steel Bar • Tube Forming
Monitor brackets, display mounts, sensor brackets, camera brackets, device holders, control mounts, accessory brackets, equipment supports.
Processes: Stamping • Tube Bending • Bar Forming • Welding
Orthopedic surgical equipment, trauma systems, external fixation systems, orthopedic instrumentation, rehabilitation equipment, patient positioning equipment, orthopedic accessories. Potential components: instrument supports, equipment frames, device holders, positioning components, instrument racks, custom wire forms, specialized brackets, formed components.
Potential future products: bone plates, trauma plates, fixation plates, clavicle plates, radius plates, ulna plates, tibia plates, fibula plates, femur plates, humerus plates, small bone plates, specialty fixation plates. Manufacturing concepts: precision forming, plate contouring, cold forming, precision stamping, precision machining, drilling, countersinking, surface finishing, inspection.
These products are implantable medical devices. Steel & Trucks does not represent current qualification to manufacture them unless all required medical quality systems, materials, processes, equipment, traceability, validation, inspection, regulatory requirements and customer qualifications are in place.
Potential future applications: orthopedic rods, fixation rods, pins, guide wires, specialty wires, formed orthopedic components, external fixation components. Process concepts: precision bar forming, wire forming, cold forming, precision straightening, machining, end forming, surface finishing.
Potential future products: rods, connecting components, frames, formed bars, support structures, wire components, brackets, specialized fixation components.
Patient-contact and load-bearing applications require full engineering, medical quality and regulatory qualification.
Lower limb prosthetics, upper limb prosthetics, modular prosthetic systems, rehabilitation prosthetics, specialized mobility systems. Potential future metal components: structural tubes, support rods, adapters, connector components, brackets, formed components, attachment components, protective structures, custom metal interfaces, tube assemblies.
Potential processes: Tube Forming • Bar Forming • Cold Forming • Precision Stamping • Machining • Welding • Surface Finishing
Load-bearing prosthetic components require engineering validation, fatigue testing, materials qualification and applicable medical-device requirements.
Structural tubes, adjustment tubes, connector tubes, support structures, custom tubular geometries. Potential future capabilities: precision tube bending, tube end forming, tube swaging, precision cutting, machining, surface finishing, advanced dimensional inspection.
Potential future products: instrument handles, guide components, instrument rods, specialized hooks, formed instruments, instrument frames, retractor-related components, instrument holders, surgical tool components. Processes: bar forming, wire forming, cold forming, forging, machining, welding, surface finishing.
Only presented as existing capability where medical requirements have been verified.
Instrument holders, instrument racks, wire baskets, tray inserts, device separators, custom wire forms, equipment organizers, storage structures. Processes: Wire Forming • Wire Welding • Tube Forming. This market may be more accessible than manufacturing the surgical instrument itself.
Medical equipment may use different stainless steels and specialty alloys depending on corrosion resistance, mechanical requirements, cleaning, sterilization, biocompatibility, strength, fatigue and surface requirements.
Not claimed unless verified.
Medical carts, equipment handles, wire baskets, equipment racks, laboratory equipment, veterinary equipment, sterilization equipment, medical furniture, equipment supports. Key properties: cleanability, corrosion resistance, professional appearance.
MEDICAL CART HANDLE
Tube Bending
Medical Cart
WIRE BASKET
Wire Forming + Welding
Medical Equipment Storage
CABLE RETAINER
Wire Forming
Cable Management
EQUIPMENT BRACKET
Stamping
Device Mounting
TUBULAR FRAME
Tube Bending + Welding
Medical Furniture
ACCESSORY HOOK
Wire / Bar Forming
Equipment Accessories
DEVICE MOUNT
Stamping + Forming
Medical Equipment
INSTRUMENT RACK
Wire Forming + Welding
Instrument Organization
SUPPORT BAR
Bar Bending
Equipment Structure
STAINLESS STEEL HANDLE
Tube Bending
Hospital Equipment
Medical cart handles, wire baskets, accessory hooks, cable retainers, tube supports, stamped brackets, device mounts, equipment rails, wire forms, tubular frames, welded subassemblies.
Have a component family used across multiple equipment models? Send us the drawings for manufacturing evaluation.
EVALUATE A COMPONENT FAMILYExample: Medical Cart Platform → Push Handle, Wire Basket, Cable Retainer, Monitor Bracket, Accessory Hook, Equipment Rail, Tubular Frame, Stamped Bracket. A single medical equipment platform may contain multiple metal components compatible with Steel & Trucks manufacturing processes.
SHOW US THE COMPLETE COMPONENT FAMILYSteel & Trucks can evaluate manufacturing feasibility according to customer engineering requirements. Cost reductions not guaranteed.
Carts • Furniture • Handles • Frames • Baskets • Brackets
Diagnostic • Rehabilitation • Laboratory • Sterilization
Requires additional qualification
Requires advanced materials, processes, validation and quality systems
Requires comprehensive medical-device manufacturing capability and regulatory compliance
Steel & Trucks can evaluate investments and qualification requirements based on viable OEM opportunities.
For appropriate production programs
Presented as potential capability development unless verified.
Orthopedic manufacturing requires a structured quality, engineering and regulatory strategy.
Potential capability development: precision tubular components, lightweight materials, precision bar components, machined interfaces, adjustment mechanisms, surface finishing, fatigue testing, load testing, advanced dimensional inspection, traceability, medical quality systems.
Potential sourcing scenarios: new medical equipment programs, supplier diversification, dual sourcing, regional manufacturing, component family consolidation, legacy supplier replacement, Mexico manufacturing programs. Steel & Trucks can evaluate build-to-print manufacturing opportunities for North American medical equipment supply chains.
Cost savings, lead-time reductions, tariff advantages or regulatory benefits not guaranteed.
DISCUSS A SOURCING PROJECTFor regulated medical components: additional regulatory / quality requirements review before manufacturing approval.
UPLOAD YOUR DRAWING
Potential requirements: dimensional inspection, material certification, lot control, process documentation, fixture validation, traceability, special inspection, customer-specific requirements. For regulated applications, additional controls may be required. Only existing quality systems that are verified are claimed.
Build-to-Print Manufacturing
Multiple Forming Processes
Engineering Support
Custom Tooling
Prototype to Production
Quality-Focused
Stainless Steel Experience
Manufacturing in Mexico
Component Families
Capability Development
Yes. We manufacture custom metal components for medical equipment OEMs including handles, frames, baskets, brackets, wire forms, cable retainers and welded assemblies according to customer drawings.
Yes. Steel & Trucks is a build-to-print manufacturer. We produce components according to customer-provided 2D drawings, 3D CAD models and engineering specifications.
Yes. Push handles, tubular frames, wire baskets, equipment rails, accessory hooks, cable management components, mounting brackets and welded cart frames.
Yes. Tubular frames, bent steel frames, handles, support bars, accessory rails, brackets, wire baskets, cable retainers and welded assemblies for medical furniture.
Yes. Push handles, grab handles, equipment handles, transport handles, tubular handles and stainless steel handles through tube bending, bar bending and welding.
Yes. Medical equipment baskets, storage baskets, instrument baskets, wire racks, bottle holders and accessory holders through wire forming, wire welding and cold forming.
Yes. We work with stainless steel for medical carts, handles, baskets, racks, laboratory equipment and other medical applications requiring corrosion resistance and cleanability.
Yes. Handles, support rails, tubular frames, adjustment components, equipment supports, brackets, wire forms and welded structures.
Orthopedic equipment components may be evaluated. Regulated or implantable components require appropriate materials, quality systems, process validation, regulatory requirements and customer qualification.
Prosthetic components represent an engineered opportunity. Load-bearing prosthetic components require engineering validation, fatigue testing, materials qualification and applicable medical-device requirements.
Orthopedic plates are implantable medical devices. Manufacturing capability depends on applicable materials, quality systems, process validation, regulatory requirements and customer qualification. Currently presented as future capability development.
Yes. Cable retainers, wire guides, hose supports, tube supports, routing brackets and wire harness supports through wire forming, stamping and bent bar processes.
Yes. Monitor brackets, sensor brackets, display mounts, camera brackets, device holders and equipment supports through stamping, tube bending, bar forming and welding.
Yes. We support prototype development through to production volumes for medical equipment components.
Yes. Upload your 2D drawing, 3D CAD model or technical specification through our RFQ form for engineering evaluation.
Send us your component drawing and let our engineering team evaluate the manufacturing process, tooling and quality requirements.
Tube Bending • Wire Forms • Bent Steel Bars • Stamping • Cold Forming • Welding • Build-to-Print