Skip to main content

Improve Cleanliness, Durability & Reliability in Complex Environments

GORE® High Flex Flat Cables deliver high speeds and acceleration, improved signal integrity, smooth motion and high cleanliness in semiconductor and industrial automation applications. Our lightweight flat cable solutions reduce particle formation, abrasion, outgassing and contamination for higher throughput and yield and less maintenance and total cost.

Features & Benefits
Applications
Product Types

Our portfolio of GORE High Flex Flat Cables provides manufacturers with many features and benefits that ensure their reliability in semiconductor and industrial automation applications, like:

  • proven high flex life performance over multi-million cycles
  • low-friction, non-particulating, low-outgassing materials
  • resist extreme temperatures, vibration and harsh chemicals
  • higher data rate transmission speeds with reliable signal integrity
  • flat, self-supporting designs eliminate cable chains, dividers and shelves
  • easier installation with a more flexible, tighter bend radius 
  • lighter materials reduce the cable system’s total weight
  • meet industry demand for higher throughput, yields and productivity
  • less maintenance, machine downtime and total cost of ownership

For semiconductor production equipment operating in electrostatic discharge (ESD) environments, our anti-static cables offer additional features and benefits, like:

  • non-carbon-based, dissipative jacket material prevents electrostatic buildup 
  • no particle attraction or triboelectric noise interference
  • significantly reduce ESD-related failures and product damage
  • stand-alone cable system with no grounding system or extra equipment
  • eliminate ionizers that are costly to calibrate and maintain
  • easy retrofit with Gore’s standard high flex flat cable version
Image
High flex flat cables for semicon production equipment

Semiconductor Production Equipment
Image
Lithography Machine Open

Lithography
Image
High flex IDC ribbon cables for industrial automation

Industrial Manufacturing

With proven cleanliness and durability, our portfolio of GORE High Flex Flat Cables delivers reliable performance in many applications.

ApplicationStandard CablesAnti-Static CablesCables & AssembliesIDC Ribbon Cables
PlatformSemiconductor Production EquipmentLithographyIndustrial Automation
Advanced Packaging Equipment

 

 

Back-End Manufacturing & Inspection Processes

 

 

 

Cleanroom & Vacuum Automation & Robotics

 

 

 

CMOS image sensor (CIS) packaging equipment

 

 

 

CMP Equipment

 

 

 

Electronic Component Packaging Equipment

 

 

 

ESD-Sensitive Manufacturing Equipment

 

 

 

eSCan Multiple E-Beam Systems

 

 

 

Front-End Wafer Inspection

 

 

Flat Panel Display (FPD) Manufacturing Equipment

 

 

 

Linear Motion Stages

 

 

Lens Manufacturing Equipment

 

 

Mask Inspection Systems

 

 

 

Optical Metrology Systems

 

 

 

Pick & Place Equipment

 

Reticle Handler, Mask & Stage

 

 

 

Semiconductor Automated Optical Inspection (AOI)

 

 

Wafer Handling

 

 

Wafer Metrology Equipment

 

 

 

Wafer Stage

 

 

 

Image
Semicon production equipment high flex robotic cable
GORE High Flex Flat Cables for Semiconductor Production Equipment

Our self-supporting, lightweight cables can be reliably used in any energy chain or cable track. They improve signal integrity, achieve low particulation and outgassing, have a flex life of over 20 million cycles, reduce weight and stress, and help prevent triboelectric charge and voltage buildup.

  • Standard version (cleanroom & vacuum environments)
  • Anti-static version (ESD-sensitive environments)
Image
Lithography high flex cables and assemblies
GORE High Flex Cables and Assemblies for Lithography

Our durable cables are designed for extreme ultraviolet (EUV), deep ultraviolet (DUV) and next-gen high numerical aperture (High-NA EUV) lithography systems. They offer higher data rate speeds and acceleration, low outgassing and particulation properties, and a high flex life beyond 20 million cycles. These cables are also RGA (Residual Gas Analysis) tested to ensure high cleanliness.

Image
Industrial automation high flex IDC ribbon cables
GORE High Flex IDC Ribbon Cables for Industrial Automation

In high-speed automated and other high-stress devices, our IDC (insulation displace connectors) ribbon cables offer continuous flex life performance up to 100,000,000 cycles. These durable, lightweight cables are low outgassing, reduce cable weight and oscillation, and withstand abrasion, vibration and extreme temperatures.

Technical Information

Elec. / Mech. / Environ. PropertyStandard VersionAnti-Static Version
Maximum Acceleration g (m/sec2)4.0 (40)4.0 (40)
Speed m/sec4.04.0
Surface Resistance Ohms (ASTM-D257) 45%, rH, 23°C</= 2 x 109
Typical Charge Decaya msec (DIN-EN 1149-5; 2008-04) 45% rH, 23°C≤ 4
Voltage Buildupa V (PLFWI-2730 up to 1000 Cycles)<< 100
Operating Relative Humidity rH %45 ± 1545 ± 15
Jacket MaterialExpanded PTFE CompositeExpanded PTFE Composite with Non-Carbon-Based Dissipative Material Treatmentb
Jacket ColorWhiteWhite
Core TypesSignal, Power, Fiber Optic, PneumaticsSignal, Power, Fiber Optic, Pneumatics
Maximum Self-Supporting Stroke Lengthc mm (in)500 (20)500 (20)
Overall Widthd mm (in)Up to 300 (12)Up to 300 (12)
Minimum Bend Radiusd mm (in)50 (2)50 (2)
Flex Life Cycles (BR. 50 mm up to 4G Accelerations)> 20 million> 20 million
Temperature Range °C-40 to +200-40 to +80
Cleanliness Classe (ISO14664-1)11
Particulationf % (ISO14664-1 / VDI Guideline 2083)< 0.1< 0.1
Outgassingg mBar liter/sec cm2 (AMU)
   H20
   CxHyv
   CxHynv
< 6 x 10-10
< 1 x 10-11 (< 100)
< 1 x 10-12 (> 100)

a. Results may vary under different conditions. Test method details available upon request.
b. Details of Gore’s patent available at patents.justia.com/patent/9534159.
c. Baseplate required.
d. Standard configuration only. MBR can vary with specific configurations.
e. Based on Anti-ESD Trackless Cable, GKT-FTFH-01-A, Serial Number 14111802. Qualification report available upon request.
f. Details of the Fraunhofer Institute’s study available at gore.com/particulation.
g. AMU = Atomic Mass Units.


Elec. / Mech. / Environ. PropertyVacuumNon-Vacuum
Maximum Accelerationa,b m/sec2> 40> 40
Speeda m/sec> 3> 3
Jacket MaterialPTFEExpanded PTFE Composite
Jacket ColorWhiteWhite
Core TypesSignal, Power, Pneumatics, FluidsSignal, Power, Pneumatics, Fluids
Maximum Self-Supporting Stroke Length mm (in)500 (20)500 (20)
Overall Width mm (in)130 (5)300 (12)
Minimum Bend Radiusa> 10 x 100> 10 x 100
Flex Life Cycles (BR. 50 mm up to 4G Accelerations)> 20 million> 20 million
Temperature Rangea °C-20 to +260-20 to +90
Cleanliness Class (ISO14664-1)24
CertificationsULUL
Particulationc % (ISO14664-1 / VDI Guideline 2083)< 0.1< 0.1
Outgassingd mBar liter/sec cm2
   H20 (AMUd 18)
   CxHyv (volatile CxHy) (AMUd 45-100)
   CxHynv (non-volatile CxHy) (AMUd 101-200)
4.00E-09
1.00E-10
6.00E-12

a. Dependent on specific application requirements.
b. For applications requiring higher acceleration and speed, contact a Gore representative.
c. Details of the Fraunhofer Institute’s study available at gore.com/particulation. Particle-free is applicable.
d. AMU = Atomic Mass Units.


Elec. / Mech. / Environ. Property26 AWG28 AWG
Impedance Ohms110128
Operating Voltage RMS300300
Velocity of Propagation % of Air8588
Time Delay ns/ft.1.211.17
Capacitance pF/ft.9.78.1
Dielectric Constant1.401.30
Insulation MaterialComposite PTFEComposite PTFE
Insulation ColoraGray/GrayGray/Gray
Core TypesGround, Signal, GroundGround, Signal, Ground
ConductorNickel-Plated, Silver-Plated, UnplatedNickel-Plated, Silver-Plated, Unplated
Minimum Flex Life Cycles50,000,000100,000,000
Temperature Range °C 
   Nickel-Plated Conductors
   Silver-Plated Conductors
   Unplated Conductors
-65 to +260
-65 to +200
-55 to +150
-65 to +260
-65 to +200
-55 to +150
CertificationsULUL

a. Other colors available upon request.
b. AMU = Atomic Mass Units.


The Fraunhofer Institute in Germany determined that GORE High Flex Flat Cables have a < 0.1% probability of emitting particulates. They maintain the lowest particulation levels for repeated flexing in cleanroom environments.

Featured Content

/White Paper

Wiring the Future: Cables in Lightweighted & Cognitive Robots

/Infographic

Gore Semiconductor Capabilities Overview

Dark gray-500
Dark gray-500
Dark gray-500
/White Paper

Improving Cable Performance in Harsh Environments

Explore More

FOR INDUSTRIAL USE ONLY 

Not for use in food, drug, cosmetic or medical device manufacturing, processing, or packaging operations.

Prefer to Call?

Have questions or unique requirements? 
Our experts are here to guide you.

+1 800 294 4673 
+1 410 506 1715