Successful custom medical cable manufacturing requires the correct cable design, tool design, material choice, and processing methods. We has designed thousands of cables, overmolds, and assemblies ranging from the most simplistic to very complex to meet different sterrilization method and other requirement,such as High flex cable,Super low triboelectric noise… Jacket material mainly related with the sterrilization and conductor material matters a lot on flexbility and electronic properties Medical cables are usually potential to touch skin and need to sterillize .during the design and manufacturing,following issues is worthy of our attention: • Disposable/Reusable cable designs • Low noise shielding • Resistance to steam, gamma, ETO and other sterilization methods • High temperature insulators • Hi-Flex and long-life cable designs • Potting and pressure testing • Chemical Resistance • Serialization and lot control • Statistical process control • Medical-grade materials – including TPE, polyurethane and silicone • EMI suppression
Application Environment For Medical Cables
How To Choose The Right Materials For Medical Cable Manufacturing
The Application Environment For Medical Cables
Suitable Sterrilization Methods List Based On Different Materials
Conductor &Insluation & Jacket Material For Your Choice
Conductor Options
Shielding Options
Enhancement Options
Insulation & Jacketing Materials
Bare Copper
Bare Copper Braid
Strength Members
CPE/Chlorinated Polyethylene
PFA/Perfluoroalkoxy
Tinned Copper
Tinned Copper Braid
Water Blocking
EPDM/Ethylene Propylene Diene Monomer
PFE/Perfluoroelastomer
Silver Plated Copper
Silver Plated Copper Braid
Fillers
ETFE/Ethylene Tetrafluroroethylene
PP/Polypropylene
Nickel Plated Copper
Nickel Plated Copper Braid
Rods
FEP/Fluorinated Ethylene
PTFE/Polytetrafluoroethylene
High Strength Alloys
High Strength Alloys Braid
Tubes
Foamed FEP
PUR/Polyurethane
Copper Clad Steel
Copper Clad Steel Braid
Foamed PFA
PVC/Polyvinyl Chloride
Prebonded Conductor
Stainless Steel Braid
Foamed PE
Silicone
Overcoated Conductor
Aluminum Mylar Foil Shield
Foamed TPE
Tefzel
Topcoated Conductor
Spiral Shield
Halar
TFE/Tetrafluoroethylene
HDPE & LDPE
TPE/Thermoplastic Elastomer
Hytrel
TPR/Thermoplastic Rubber
mPPE/Modified Polyphenylene
XLPE/Cross-Linked Polyethylene
Neoprene
XLPO/Cross-Linked Polyolefin
PE/Polyethylene
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