Automation

Automated production lines require conveyors that integrate with control systems, synchronize with equipment cycles, and position products accurately for robotic handling or station operations. Standard conveyors lack the precision and connectivity these applications demand.

Conveyor Technologies designs low profile conveyors for automated manufacturing environments. Timing belt systems provide repeatable positioning for station-to-station indexing. Drive packages accept signals from PLCs and automation controllers. The compact frame design fits within robotic cells and automated workstations where space is constrained.

For over 40 years, we have manufactured conveyors in Milford, Ohio. Engineering support is provided directly by our technical team.

Backed by a 10-year warranty on all conveyor frames.

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Submit your application requirements or line layout for engineering review. Our team will provide conveyor recommendations and pricing tailored to your specifications. Work directly with the engineers who design and build the systems.

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Automated systems require conveyors that communicate with plant controls. Start/stop signals, speed adjustments, and fault monitoring must integrate with existing automation architecture. Conveyors operating independently of system controls create bottlenecks and coordination failures.

PLC and controller connectivity:
Drive packages accept standard control signals for start, stop, and speed commands
Variable frequency drives enable precise speed control and acceleration profiles
Discrete I/O and communication protocols available based on system requirements

Sensor mounting for automation feedback:
T-slot accessory rails provide mounting points for proximity sensors, photoelectric sensors, and other detection devices
Sensor positioning adjusts along the conveyor length without drilling or modification
Part detection, position verification, and jam sensing integrate directly with conveyor structure

Drive options for automated control:
AC motors with VFD for variable speed applications
Servo-compatible configurations for precise motion control
Right-angle, inline, and shaft-mounted options to fit system layouts

Our engineering team reviews your control architecture and recommends drive packages and interfaces that integrate with your automation platform.

Robotic cells require conveyors that deliver products to consistent positions for pick-and-place operations. Variability in product location forces robots to search, slowing cycle times and increasing miss rates. Conveyor integration within the cell must fit the workspace envelope without obstructing robot motion.

Positioning for robotic handoff:
Timing belt conveyors eliminate belt slippage for repeatable product placement
Indexing motion delivers products to defined positions within the robot work envelope
Part holders and fixtures secure product orientation for consistent pick points

Cell integration advantages of low profile design:
Compact frame height fits beneath robot mounting surfaces and within guarded cell enclosures
End-drive configurations position motors outside the cell work area, maximizing usable space
Modular lengths allow conveyor sizing to match cell dimensions precisely

Coordination with robot cycles:
Conveyor motion synchronizes with robot program sequences
Dwell time at pick/place positions accommodates gripper operations
Fault signals communicate conveyor status to cell controller

For applications requiring specific positioning accuracy or cycle timing, contact our engineering team to discuss your robot specifications and cell layout.

Automated operations at fixed stations require products to arrive at exact locations. Labeling, dispensing, fastening, inspection, and assembly operations depend on consistent positioning. Belt slippage or positioning variability causes rejects, rework, and station faults.

Timing belt indexing:
Belt teeth engage pulley grooves to eliminate slippage during acceleration and deceleration
Products move precise distances with each index cycle
Positioning repeatability supports tight-tolerance station operations

Station alignment methods:
Fixed stops position products against reference points
Part holders and fixtures maintain orientation through transport and station operations
Sensor verification confirms product presence and position before station cycle begins

Applications requiring precision positioning:
Serialization and labeling stations requiring exact print registration
Dispensing operations placing adhesive, sealant, or lubricant at specific locations
Assembly stations inserting components or fasteners at defined positions
Vision inspection stations requiring consistent product presentation

Timing belt conveyors from Conveyor Technologies provide the positioning accuracy automated stations require. Contact our engineering team to discuss your positioning tolerances and cycle requirements.

Automated lines evolve as products and processes change. Conveyors must accommodate reconfiguration without complete replacement. Fixed-length, single-purpose systems become obsolete when production requirements shift.

Modular design for flexibility:
Standard frame sections combine to create custom lengths
Belt widths available in multiple sizes to match product dimensions
Drive packages mount at either end or center based on layout requirements

System scalability:
Add conveyor sections as line capacity increases
Reconfigure layouts when production flow changes
Interchange components between conveyors for maintenance efficiency

Integration with existing systems:
Conveyors match elevation and speed of upstream and downstream equipment
Transfer points align with existing automation infrastructure
Mounting options accommodate floor-mounted, bench-mounted, and suspended installations

Quick changeover features:
Tool-free belt changes minimize downtime during product transitions
Adjustable side guides reposition for different product widths
Part holders swap without conveyor disassembly

Our modular conveyor platform adapts to your automation requirements today and accommodates future changes without replacing entire systems.