Conveyor Components for OEM Machine Builders
Machine builders integrate conveyor systems within equipment designs for material transport, part positioning, and product handling throughout automated manufacturing machines. Custom Conveyor & Equipment Corporation manufactures conveyor components and complete sub-assemblies for OEM applications where conveyors function as integral machine elements rather than standalone material handling equipment.
Conveyor Integration in Machine Design
Conveyor systems built into machinery differ from standalone material handling conveyors in critical ways. Space constraints within machine enclosures require compact designs. Precise timing and positioning accuracy enable coordination with other machine functions. Conveyor controls integrate into machine control architecture. Components must meet machine safety standards and certification requirements. These factors require engineering approaches specific to OEM applications.
We work with machine builders designing conveyor sub-assemblies meeting specific performance, dimensional, and integration requirements within overall machine designs. Our engineering team collaborates during machine development phase ensuring conveyor components function reliably as integral machine elements. This collaborative approach addresses integration challenges early in design rather than discovering issues during machine assembly or field commissioning.
Compact Design for Enclosed Machines
Production machinery incorporates conveyors within machine enclosures with limited available space. Conveyor designs must achieve required functionality within dimensional envelopes dictated by overall machine layouts. Standard conveyor architectures often cannot fit within tight spaces requiring custom configurations optimized for specific installations.
Custom Conveyor develops compact conveyor designs through detailed dimensional analysis of available space within customer machine layouts. We create 3D models verifying conveyor fit within machine enclosures identifying potential interference issues before fabrication begins. Compact drive configurations using space-efficient motors and reducers minimize conveyor footprint. Framework designs eliminate unnecessary material focusing on essential load-bearing structures.
Precise Motion Control and Timing
Conveyors within machines often require precise speed control and positioning accuracy coordinating with other machine operations. Product must arrive at processing stations within millisecond timing windows. Positioning tolerances may be measured in millimeters or fractions thereof. These precision requirements exceed capabilities of basic variable-speed drives requiring servo control systems or encoder-equipped AC motors.
We incorporate servo drive systems where precision demands justify investment in position-accurate motion control. Applications requiring speed regulation without absolute positioning use encoder-equipped AC motors with closed-loop speed control. Control interfaces provide handshake signals coordinating conveyor motion with machine cycle sequences. Sensor feedback confirms product position before initiating subsequent operations.
Control System Integration
Machine conveyors must integrate into overall machine control architectures using communication protocols, electrical interfaces, and programming conventions established by machine control system designs. Conveyor controls cannot operate as independent systems but must function as obedient sub-systems responding to machine controller commands.
Custom Conveyor designs conveyor control systems compatible with customer-specified communication protocols including Ethernet/IP, Profinet, DeviceNet, Profibus, or discrete I/O as required by machine control architecture. We provide interface documentation enabling programming personnel to integrate conveyor functions into machine control programs. Diagnostic interfaces supply status information supporting machine-level troubleshooting and maintenance operations.
Conveyor Functions Within Automated Equipment
Part Feeding and Singulation
Machines require steady supply of parts delivered at consistent spacing and proper orientation. Part feeding conveyors within equipment transport parts from bulk containers or feeding systems through singulation mechanisms separating parts into individual units. Orientation devices rotate or position parts correctly for subsequent automated handling by machine mechanisms.
We design feeding conveyors with speed control matching machine processing rates. Singulation features space parts at intervals required by downstream operations. Vision systems or mechanical sensors verify proper part orientation triggering rejection of improperly oriented units. Adjustable timing mechanisms accommodate different part types without requiring mechanical modifications during product changeovers.
In-Process Material Transport
Multi-station machines use conveyors transporting parts between processing stations. Parts may undergo several operations—stamping, welding, inspection, marking—while traveling through machine work zones. Conveyors provide consistent material flow coordinating with machine cycle times at each processing station.
In-process conveyors incorporate positive product location systems ensuring parts arrive precisely positioned at each work station. Indexing mechanisms advance parts in coordinated movements synchronized with machine operations. Accumulation zones between stations with different cycle times maintain overall machine throughput without forcing all stations to operate at identical speeds.
Finished Product Discharge
Completed parts exit machines through discharge conveyors removing products from processing zones and transporting to collection areas, packaging systems, or downstream equipment. Discharge conveyors must handle production rates at maximum machine capacity without creating bottlenecks limiting overall equipment output.
We design discharge conveyors with throughput capacity exceeding maximum machine production rates providing capacity margin preventing discharge systems from limiting machine performance. Product accumulation features buffer finished parts during brief interruptions in downstream material flow. Sensor systems detect discharge conveyor full conditions providing feedback to machine controls enabling automatic production slow-down or stoppage preventing product overflow.
Safety Standards and Machine Certification
Production machinery sold internationally must meet safety standards and certification requirements in destination markets. European machinery directive compliance requires CE marking. North American markets reference OSHA standards and ANSI B11 machinery safety specifications. These regulatory requirements extend to conveyor systems integrated within machines.
Custom Conveyor designs OEM conveyor components meeting applicable safety standards. Guard designs provide proper protection from moving components. Emergency stop integration connects conveyor controls into machine-level safety systems. Electrical components meet appropriate standards for voltage levels and environmental conditions. Control systems incorporate safety functions—guard interlocks, two-hand controls, light curtains—as required by risk assessment and applicable safety standards.
Documentation supporting certification processes includes component specifications, electrical schematics, risk assessment documentation, and test reports verifying safety function performance. We provide information enabling machine builders to incorporate conveyor sub-assemblies into overall machine certification packages.
Production Capabilities for OEM Quantities
Machine builders often require multiple identical conveyor units for production equipment builds. Consistent quality across multiple units is essential. Delivery schedules must support machine assembly timelines. Pricing should reflect production quantities rather than one-off custom fabrication.
Custom Conveyor approaches OEM production through manufacturing processes ensuring consistency across multiple units. Detailed fabrication drawings document all dimensions, materials, and assembly procedures. Fixture welding maintains consistent geometry across production runs. Component sourcing provides identical parts throughout production quantity. Quality control procedures verify all units meet specifications before shipment.
Our Cedar Rapids facility provides fabrication capabilities from 6 grams to 6 tons per unit enabling manufacturing of complete conveyor assemblies from small component conveyors to substantial material handling systems integrated within large production machines. The 3kW fiber laser cutting system with 6’x12′ bed capacity produces precision components with repeatable accuracy across production quantities. The 300-ton press brake with 12-foot bed length forms structural components with consistent dimensions throughout production runs.
Welding capabilities across carbon steel, stainless steel, and aluminum support material selection matching machine builder specifications and customer requirements. Weld procedures documented for production consistency ensure all units receive identical fabrication quality. Post-weld inspection confirms structural integrity throughout production quantities.
Engineering Support for Machine Development
Successful OEM conveyor integration often requires collaborative engineering between Custom Conveyor and machine builder design teams. Early involvement during machine concept development enables conveyor optimization for specific applications rather than attempting to retrofit standard components into completed machine designs where space and interface constraints may be problematic.
Our engineering process begins with understanding machine functions, production rates, part characteristics, and integration requirements. We develop preliminary conveyor concepts for evaluation during machine design phases. 3D models enable interference checking and fit verification within evolving machine layouts. Iterative design refinement addresses issues discovered during machine development before final conveyor specifications are locked.
Design deliverables include detailed fabrication drawings, interface documentation for mechanical and electrical connections, control system specifications, and assembly procedures. We provide information enabling machine assembly personnel to install conveyor sub-assemblies efficiently without extensive fitting or field modifications. Test procedures verify conveyor function before integration into complete machines.
Ongoing Availability for Production Machines
Machines incorporating custom conveyors may remain in production for many years. Machine builders require consistent conveyor availability supporting continuous machine production. Service parts must be available throughout machine service life supporting field installations requiring replacement components.
Custom Conveyor maintains fabrication capability for OEM conveyor designs throughout reasonable production life spans. Drawings and specifications are retained enabling repeat production of conveyor units or individual components years after initial orders. We work with machine builders establishing appropriate inventory strategies balancing component availability against carrying costs.
Our 40+ year operating history since 1984 demonstrates long-term business stability supporting extended relationships with machine building customers. We understand the importance of parts availability and engineering continuity over multi-year production runs of successful machine designs.
OEM Conveyor Design and Manufacturing Services
Custom Conveyor & Equipment Corporation provides conveyor sub-assemblies and complete material handling systems for integration within automated production machinery. Our engineering team can collaborate with machine designers developing conveyor solutions meeting specific performance requirements and installation constraints.
Contact our Cedar Rapids engineering staff at (319) 449-3322 or visit /contact/ to discuss OEM conveyor requirements for your machine building application.
