Practical motion control guidance, product and application insights, manufacturing strategies and company updates from Cablecraft. Explore engineering resources built to help OEM teams specify, source and support motion control systems more confidently.
Cablecraft's news and insights library is designed for engineers, sourcing teams and OEM decision-makers working with control cables, actuation systems, mechatronics and related motion control products. Articles focus on the design choices, operating conditions and manufacturing decisions that affect performance, reliability and supply continuity.
High-load cable selection requires more than checking force capacity. This engineering guide walks through load, stroke, cable length, routing, minimum bend radius, efficiency, temperature, mounting, end fittings and qualification considerations that should be defined before a high-load ball-bearing control cable is specified.
Browse Cablecraft articles by application and engineering topic. All articles remain visible to search engines and answer systems; the filters below are provided only to make the library easier to navigate.
A system-level guide to evaluating high-load ball-bearing control cables around load, routing, bend radius, efficiency, temperature and installation requirements.
Read articleApplication-driven control cable design covering routing, load, stroke, temperature, contamination, duty cycle, bracket stiffness and service access.
Read articleWhy application-driven design matters when low friction, low lost motion, routing flexibility and repeatable control are required in aerospace systems.
Read articleUnderstand where backlash and lost motion come from and how conduit, innermember, routing and system geometry influence response and control feel.
Read articleWhy motion control performance is often decided early, while teams are still defining routing, loads, environment, packaging constraints and expected control feel.
Read articleHow conduit and innermember choices affect friction, flexibility, efficiency, backlash, bend radius, contamination resistance and cable service life.
Read articleHow early engineer-to-engineer collaboration can reduce downstream risk by addressing routing, interfaces, performance and application requirements before designs are locked.
Read articleSpecification considerations for aerospace cable assemblies where routing, stroke, temperature, load, smooth motion and repeatable performance are critical.
Read articleA practical gated transfer framework covering technical requirements, critical-to-quality features, qualification, production readiness and supply continuity.
Read articleA selection framework for applications exposed to contamination, vibration, temperature cycling, tight routing and other real-world conditions that affect reliability.
Read articleA structured approach to defining cable function, performance requirements, routing, environment, interfaces and other inputs before selecting a control system.
Read articleFollow important Cablecraft developments including acquisitions, business expansion, brand changes and additions to the company's engineered motion control portfolio.
About CablecraftUse Cablecraft's engineering resources to narrow your requirements, or talk with the team about load, travel, routing, environment, interfaces and the right motion control approach for your application.
