Industrial Control Cables & Actuation Systems for OEM Equipment
Cablecraft designs and manufactures industrial control cables, remote actuation systems, operator controls, miniature cables, safety and restraint assemblies and selected mechanical and mechatronic solutions for OEM equipment. Our engineers evaluate load, travel, routing, bend radius, environment, lost motion, mounting, service access and expected operating life to help develop a production-ready motion control solution.
- Push-pull and pull-only motion control
- Custom engineering and prototypes
- Actuation and operator-control systems
- OEM, service and product-line support
What Industrial Motion Control Products Does Cablecraft Supply?
Cablecraft supplies industrial control cables and related motion-control products for machinery, equipment and OEM systems that require reliable movement, positioning, release, restraint or operator input.
Available architectures include sliding push-pull and pull-only cables, ball bearing control cables, Cycle-Flex™ miniature cables, safety and restraint assemblies, remote actuation systems, hand and foot controls, conduit and innermember, and selected electronic or mechanical component solutions.
- Push-pull control cables
- Pull-only and pull-pull cables
- Ball bearing control cables
- Remote actuation systems
- Safety and restraint cables
- Selected mechatronic components
Motion Control Solutions for Industrial Equipment
The right solution depends on motion direction, operating load, travel, routing, precision, available packaging space, environmental exposure and the way the operator or machine interacts with the controlled function.
Push-Pull Control Cables
Flexible mechanical controls transmit movement in tension and compression through routed equipment where rigid linkages may be difficult to package.
- Positioning and equipment controls
- Valve, throttle and drive functions
- Custom travel, length and fittings
Ball Bearing Control Cables
Ball bearing controls support applications where long routing, high efficiency, reduced friction, repeatable movement or low lost motion are important.
- Complex and extended routing
- Low-lost-motion applications
- Demanding load requirements
Remote Actuation Systems
Cable assemblies paired with handles, levers, buttons or release mechanisms provide remote operation of latches, valves, vents and locking gas springs.
- Remote latch and release
- Valve and vent actuation
- Locking gas-spring control
Safety & Restraint Cables
Static cable assemblies tether, retain or limit movement of equipment components when a flexible secondary mechanical connection is needed.
- Panel and component restraint
- Safety and service tethers
- Custom cable, coating and fittings
Cycle-Flex™ Miniature Cables
Small-diameter cable constructions support compact routing, repeated cycling and light-load mechanisms where available installation space is limited.
- Confined routing
- High-cycle mechanisms
- Compact release and tether applications
Mechatronic & Component Solutions
For applicable OEM programs, Cablecraft can support selected sensors, switches, actuators, solenoids, controls, mechanical systems and sub-component assemblies.
- Sensors, switches and actuators
- Mechanical controls and linkages
- Technical sub-component sourcing
Where Industrial Control Cables and Actuation Systems Are Used
Cablecraft supports applications that require mechanical motion transfer, remote operation, operator input, component restraint or specialty assembly across a broad range of industrial and commercial equipment.
Industrial Machinery & Equipment
- Mechanical positioning
- Valve actuation
- Drive engagement
- Throttle and choke controls
- Remote equipment controls
- Mechanical actuator interfaces
Operator & Interface Controls
- Hand-control levers
- Foot-control pedals
- Industrial joysticks
- Throttle and brake inputs
- Equipment release controls
- Single- and multi-axis control functions
Access, Latch & Release Systems
- Door and panel release
- Remote latches
- Locking gas-spring release
- Vent and damper controls
- Service-access mechanisms
- Remote locking and release functions
Restraint, Assembly & Lifecycle Support
- Panel and equipment restraints
- Safety and service tethers
- Low-volume high-mix assembly
- Electronic and mechanical subassemblies
- Legacy product support
- Supplier and product-line transitions
Choose the Right Industrial Motion Control Architecture
Start with the function the system must perform, then evaluate load direction, travel, routing, operating environment, precision, operator input and service requirements.
| Solution | Best Fit | Common Industrial Uses | Key Engineering Inputs |
|---|---|---|---|
| Push-Pull Cable | Bidirectional mechanical motion through a flexible routed path. | Positioning, shifting, throttle, valve and equipment-control functions. | Push/pull load, travel, routing, bend radius, column strength, mounting and alignment. |
| Pull-Only / Pull-Pull Cable | Tension-only motion with a spring, gravity or opposing mechanism providing return. | Remote release, latch, brake, clutch and tension-control applications. | Pull load, return method, stretch, travel, routing, fittings and environment. |
| Ball Bearing Control Cable | High-efficiency or low-lost-motion control through demanding or extended routing. | Precision positioning, long routed controls and higher-load mechanical systems. | Load, duty, routing, bend radius, stroke, temperature, mounting and performance requirement. |
| Cycle-Flex™ Miniature Cable | Compact packaging or repeated motion where cable diameter must be minimized. | Compact releases, small mechanisms, light actuation and safety tethers. | Diameter, cable construction, bend geometry, coating, fittings and cycle life. |
| Safety / Restraint Cable | Tethering, retention or movement limitation instead of continuous motion transfer. | Panels, guards, service access, equipment retention and flexible safety connections. | Working load, safety factor, material, corrosion, length, coating and fittings. |
| Remote Actuation System | A mechanism must be operated from a separate location. | Latches, gas springs, valves, vents, releases and operator controls. | Input force, travel, ergonomics, output mechanism, packaging, mounting and service access. |
Design the Control System Around the Real Application
Reliable industrial motion control depends on the complete installed system. A cable that meets one load number can still perform poorly if routing, environment, lost motion, mounting or cycle requirements are not accounted for.
Load & Motion Direction
Define normal and peak loads and determine whether the application requires push, pull or bidirectional force transfer.
Routing & Bend Radius
Overall length, bend count, bend radius and support locations influence friction, operating effort, lost motion and service life.
Environment & Contamination
Temperature, moisture, washdown, chemicals, dust, abrasion and corrosion affect cable construction, conduit, coatings, seals and fittings.
Lost Motion & Efficiency
Clearance, friction, cable length, routing and bracket deflection affect how accurately and efficiently input motion reaches the output mechanism.
Cycle Life & Stretch
Frequency of operation, load history and cable construction influence fatigue, constructional stretch, elastic elongation and validation requirements.
Mounting & Service Access
Brackets, bulkheads, end fittings, alignment, installation space and replacement access should be considered as part of the control system, not after it.
Specialty Manufacturing, Assembly & Supplier Transition Support
General industrial programs do not always fit a high-volume commodity sourcing model. Cablecraft can support selected low-volume, high-mix, legacy, service and supplier-transition requirements involving mechanical, electronic and electromechanical components.
Depending on the program, support can include engineering or reverse engineering, sub-component sourcing, assembly, functional testing, quality planning, logistics and controlled product-line transfer.
Explore Cablecraft specialty services →Light Assembly
Low-volume, high-mix mechanical or mechatronic subassembly with application-specific process and functional-test support.
Explore light assembly →Product Line Transfer
Engineering, sourcing, validation and production support for legacy, service, end-of-life and transferred product lines.
Explore product line transfer →Reverse Engineering & Sourcing
Review existing parts, drawings, samples and performance requirements when the original source or component is difficult to obtain.
Functional Testing & Validation
Prototype, dimensional, functional and durability evaluation can be planned around the product, application and program requirements.
From Industrial Application Review to Production
Cablecraft works with engineering, sourcing, quality and operations teams to define the requirement, select the architecture, verify the design and support production.
Define Requirements
Review motion, load, travel, routing, environment, interfaces, service needs, annual volume and program timing.
Engineer the Architecture
Select cable type, conduit, innermember, fittings, operator controls, materials, sealing and related components.
Prototype & Validate
Confirm dimensions, interfaces and function, then evaluate appropriate lifecycle, durability or functional testing.
Launch & Support
Coordinate manufacturing, inspection, quality documentation, sourcing and ongoing production or lifecycle support.
Information That Speeds Up an Industrial RFQ
Complete application inputs help Cablecraft determine whether a standard, modified-standard or custom solution should be evaluated.
- Motion direction
- Normal and peak loads
- Travel or stroke
- Overall length and routing
- Bend locations and radii
- Temperature range
- Moisture, chemicals and contaminants
- Expected operating cycles
- Allowable lost motion
- Mounting and end fittings
- Drawings, models or samples
- Annual volume and timing
Engineering and Quality Systems Supporting Industrial Programs
Cablecraft supports industrial and OEM programs through documented quality systems, application engineering, controlled manufacturing, inspection, prototyping and appropriate test planning.
Cablecraft maintains recognized quality certifications across applicable facilities and program scopes. Certification applicability should be confirmed for the specific product, process and manufacturing location.
View certifications and facility scope →Documented quality-management systems supporting applicable Cablecraft facilities and manufacturing scope.
Load, travel, routing, environment, interfaces and performance requirements reviewed around the installed system.
Prototype, functional and durability evaluation can be planned around product and program requirements.
Inspection, process controls and documentation support repeatable production and ongoing program management.
Certification, registration, testing and compliance applicability varies by Cablecraft facility, process, product and program scope. Confirm requirements for the specific industrial application with Cablecraft.
Need Rod Ends, Spherical Bearings or Engineered Linkage Assemblies?
Radial Bearing, part of the Cablecraft family, supports industrial applications requiring articulation, misalignment accommodation, load transfer, rod ends, spherical bearings and engineered linkage assemblies.
Industrial Control Cable Engineering Resources
Use Cablecraft technical resources to evaluate control architecture, conduit, bend radius, lost motion, stretch, fittings and other application variables before final specification.
Engineering Design Guides
Review cable selection, conduit, bend radius, lost motion, stretch, fittings and motion-control design considerations.
Browse engineering resources →Conduit & Innermember
Compare routing, flexibility, efficiency, environmental protection and cable-construction considerations.
Explore conduit and innermember →Product Catalogs & Literature
Review available product information, technical literature and standard Cablecraft control configurations.
Browse product documents →Assembler & Distributor Network
Find authorized support for selected control cable assemblies, replacement requirements and general industrial applications.
Find an assembler or distributor →Industrial Control Cable & Actuation FAQs
Direct answers for industrial engineers, sourcing teams, OEM program managers and maintenance or lifecycle-support organizations.
What industrial products does Cablecraft manufacture?
Cablecraft manufactures and supplies sliding push-pull and pull-only control cables, ball bearing control cables, safety and restraint assemblies, Cycle-Flex miniature cables, remote actuation systems, operator controls and related motion-control products. Cablecraft also supports selected mechatronic, component and specialty-manufacturing programs.
What is the difference between a push-pull and pull-only industrial control cable?
A push-pull control cable transmits motion in both tension and compression. A pull-only or pull-pull cable transmits tensile force and generally uses a return spring, opposing cable, gravity or the controlled mechanism to provide return movement. Selection depends on load direction, routing, travel, system geometry and performance requirements.
When should an industrial application use a ball bearing control cable?
A ball bearing control cable may be considered when the system requires high mechanical efficiency, low lost motion, repeatable bidirectional movement, demanding load capability or long and complex routing. Final selection should account for load, stroke, duty, routing, bend radius, mounting, temperature and the complete application.
How does bend radius affect an industrial control cable?
Bend radius and total routing geometry affect friction, operating effort, lost motion, cable stress and service life. A cable should be routed using bend radii and support locations appropriate for its construction and load. Tighter or more numerous bends generally increase system losses.
Can Cablecraft design control cables for harsh industrial environments?
Yes. Cablecraft can evaluate conduit, innermember, materials, coatings, seals and fittings based on temperature, moisture, washdown, dirt, dust, abrasion, chemicals and corrosion exposure. Suitability should be confirmed for the specific installed environment.
What industrial functions can use remote actuation?
Remote actuation can be used when a latch, release, locking gas spring, valve, vent, throttle, choke or other mechanism must be operated from a different location. The complete system may include the operator input, control cable, mounting hardware, fittings and remote mechanism.
Can Cablecraft design a custom industrial control cable?
Yes. Cablecraft can review cable type, construction, conduit, overall length, travel, fittings, materials, sealing, mounting and operating conditions around the requirements of the industrial application. Drawings, models, photographs and physical samples can help accelerate the review.
Can Cablecraft support a legacy or hard-to-source industrial product?
Cablecraft can evaluate selected legacy, service, end-of-life and product-line-transfer requirements. Support may include engineering or reverse engineering, vendor qualification, sub-component sourcing, assembly, product validation, logistics and controlled production transition.
Does Cablecraft support prototypes and testing?
Yes. Prototypes can help confirm dimensional, tolerance, routing and interface requirements before production. Functional, lifecycle and durability testing can be evaluated based on the product, configuration and application requirements.
What should be included in an industrial control cable RFQ?
Include motion direction, normal and peak loads, travel, overall length, routing, bend locations, temperature, environmental exposure, expected cycle life, allowable lost motion, mounting, end fittings, annual volume and program timing. Drawings, models, photographs or samples are also helpful.
Start an Industrial Motion Control Project
Share your application, motion direction, load, travel, routing, environment, mounting, expected duty, annual volume and program timing. Cablecraft can help evaluate the appropriate control cable, actuation, restraint, operator-control, mechatronic, linkage or specialty-manufacturing approach.