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CONMOLY / ENGINEERING & CONNECTIVITY

High-Flex Flat Cables

Reference configuration: Parallel low-profile constructions for repeated planar motion, combining compact routing with conductor-position control, low internal stress and equipment-specific termination.

High-flex flat cable in repeated planar motion
Product form illustration · Final construction depends on configuration

High Flex & Automation Cables

CM-FLEX-FLAT

Flat Cables

Reference configurations only; specifications and certifications require confirmation.

  • Reference · Repeated planar flex
  • Reference · Compact profile
  • Reference · Stable conductor layout

Reference specifications

Selection reference. Published third-party figures below describe specific reference configurations; they are not Conmoly guaranteed values or certifications. Confirm the final construction and test requirements with engineering.

Dynamic life is based on a 50 mm bend radius and up to 4 g; IDC and antistatic versions have their own electrical and environmental values.

Scroll the table horizontally to view all configuration conditions.

ParameterReference valueConfiguration / condition
Maximum acceleration / speed4.0 g · 4.0 m/sDynamic application
Maximum self-supporting stroke500 mmStandard and antistatic configurations
Maximum width300 mmCustom flat construction
Minimum bend radius50 mmDynamic flexing
Dynamic flex life> 20 million cyclesBR 50 mm, up to 4 g
Operating temperature−40 to +200 °CStandard version
Cleanroom / particulationISO Class 1 · < 0.1%Cleanroom application configuration
Surface resistance / charge decay≤ 2 × 10⁹ Ω · ≤ 4 msAntistatic version

Reference source: www.gore.com

Available configurations

Standard clean directionFor clean automated equipment and controlled horizontal or vertical motion.
Antistatic directionFor ESD-sensitive handling, inspection and packaging equipment.
IDC-compatible directionPitch and conductor layout defined around insulation-displacement termination where appropriate.

Cable construction

Fine-stranded conductorsStranding balances electrical resistance and fatigue behavior.
Flexible insulationLow-stress material protects conductors while maintaining pitch.
Parallel layoutPlaces conductors near the neutral plane and controls relative movement.
Reinforcement/slip layerStabilizes width and manages tension, friction and local stress.
Low-friction surfaceSupports repeated travel and selected clean-environment direction.

Selection checklist

Circuit contentSignal, power, grounding and optional optical/pneumatic elements
Cable geometryWidth, thickness, pitch and conductor count
Motion profileStroke, speed, acceleration, radius and cycles
OrientationHorizontal, vertical and guided/free-span routing
EnvironmentCleanliness, ESD, temperature, humidity and vacuum
TerminationIDC, solder, crimp or custom connector assembly

Applications

  • Wafer and display handling
  • Linear stages and inspection equipment
  • Pick-and-place and packaging
  • Cleanroom automation

Interfaces & termination

  • IDC and fine-pitch connector directions
  • Equipment-specific end terminations
  • Flat-to-round transition assemblies

Project validation checklist

  • Full-stroke dynamic flex cycling
  • Electrical comparison before and after cycling
  • Surface wear, particle and ESD direction tests
  • Clamp, transition and connector retention

Flex life and clean performance are functions of radius, stroke, acceleration, load, installation and material configuration and must be validated on the target equipment.

Hybrid Round Cables
CM-FLEX-HYBRID

Hybrid Round Cables

Reference configuration: Signal, power, coax, fiber, pneumatic or fluid units combined inside one round jacket to simplify routing on multi-axis motion platforms and harsh equipment.

Reference · Multifunction integrationReference · Multi-axis flex
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Trackless Cables
CM-FLEX-TRACKLESS

Trackless Cables

Reference configuration: Lightweight flat self-supporting cable direction for replacing conventional cable carriers in clean motion platforms, reducing vibration, particles, occupied volume and maintenance complexity.

Reference · Self-supporting directionReference · Low-vibration positioning
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High-Temperature Insulated Wires
CM-FLEX-WIRE

High-Temperature Insulated Wires

Reference configuration: High-strength thin-wall fluoropolymer insulation provides a 300 °C thermal-class direction and hydrolysis resistance for downhole windings, sensors and high-temperature hook-up wiring.

Reference · 300 °C thermal classReference · 39,530 psi tensile
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