Silicone medical equipment cable high flexibility wear resistance folding resistance 2/3/4 core product introduction
Silicone medical equipment cable is a high-performance cable designed for medical equipment. It is made of high-quality silicone rubber material and has excellent temperature resistance, flexibility and biocompatibility. These characteristics make silicone cable an ideal choice for medical equipment connection, especially in applications that require frequent movement and bending.
Main features of silicone TPU cable TPE cable
Wide temperature range
1. Low temperature performance: It can remain soft in an environment as low as -260°C, suitable for freezing equipment and refrigerated environments.
2. High temperature performance: The maximum operating temperature can reach 260°C, which is suitable for high temperature disinfection and medical equipment in high temperature environments.
High flexibility
1. Softness: The silicone material gives the cable extremely high softness, which is easy to bend and wind, and reduces damage caused by repeated bending.
2. Elasticity: Even after multiple bends, the cable can still maintain its original shape and performance.
Biocompatibility
1. Non-toxicity: Silicone material is non-toxic and odorless, suitable for parts of medical equipment that need to come into contact with the human body.
2. Antibacterial property: The surface is smooth and not easy to breed bacteria, suitable for use in sterile environments.
Chemical resistance
1. Corrosion resistance: It can resist the erosion of a variety of chemical reagents and is suitable for medical equipment that requires frequent cleaning and disinfection.
2. Anti-aging: It can still maintain good performance after long-term use and extend the service life of the cable.
Wear resistance
1. Durability: The surface is smooth and wear-resistant, suitable for use in equipment that requires frequent movement.
Shielding performance
1. Anti-interference: Some models are equipped with a shielding layer to reduce electromagnetic interference (EMI) and ensure the stability and accuracy of signal transmission.
Silicone TPU cable TPE cable core advantages
· Safety: Silicone material is non-toxic and harmless, meeting the high standards of medical equipment.
· Reliability: It can still maintain stable performance in extreme temperatures and chemical environments to ensure the normal operation of medical equipment.
· Durability: High flexibility and wear resistance enable the cable to withstand frequent bending and movement, extending its service life.
· Easy maintenance: The surface is smooth and easy to clean, suitable for use under strict sanitary conditions.
Silicone TPU cable TPE cable application scenarios
Medical equipment connection
o Monitoring equipment: electrocardiograph (ECG), blood oxygen monitor and other equipment that require stable signal transmission.
o Diagnostic equipment: Ultrasonic diagnostic equipment, X-ray machine and other equipment that require reliable power and signal connection.
Handheld device
o Ultrasound probe: Handheld ultrasound probe connection cable that needs to be moved frequently.
o Endoscope: Suitable for endoscope equipment that requires flexibility and durability.
Laboratory equipment
o Analytical instruments: Such as blood analyzers, biochemical analyzers, etc. that require the connection of multiple signal lines and power lines.
o Experimental equipment: Such as various test equipment in the laboratory, cables that are resistant to chemical corrosion and high temperature disinfection are required.
Surgical instruments
o Robotic surgical system: Connection cables that need to maintain stability and reliability during surgery.
o Operating table: Operating table connection cables that need to be frequently moved and adjusted.
Highly flexible, wear-resistant, and fold-resistant medical equipment cables play a vital role in medical equipment, especially in application scenarios that require frequent movement or bending. The following is a detailed introduction to silicone cable TPU cable, TPE cable 2-core, 3-core and 4-core high-flexible medical equipment cables:
2-core medical equipment silicone cable TPU cable TPE cable
Features
·Compact structure: two conductors, suitable for simple signal transmission or power supply.
·High flexibility: It is made of multiple strands of fine wires twisted together, which enhances the softness and bending performance of the cable.
·Abrasion resistance: The outer sheath material is made of materials with good wear resistance, such as TPU (thermoplastic polyurethane), TPE (thermoplastic elastomer), etc.
·Chemical resistance: It can resist the corrosion of common disinfectants, solvents and other chemicals in the medical environment.
Application scenarios
·Medical equipment connection: such as the connection line of electrocardiographs (ECG), monitors and other equipment.
·Handheld devices: such as ultrasound probes, endoscopes and other handheld device connection lines that need to be moved frequently.
3-core medical equipment cable TPU cable TPE cable
Features
·Multi-purpose: The three conductors can be used for power supply, signal transmission and ground wire respectively, or for multi-channel signal transmission.
·High reliability: The use of multiple strands of fine wires twisted together increases the flexibility and durability of the cable.
·Shielded design: Some 3-core cables may contain a shielding layer to reduce the impact of electromagnetic interference (EMI) on signal transmission.
·Temperature resistance: Able to maintain good performance over a wide temperature range, suitable for use under different temperature conditions.
Application scenarios
·Multi-channel equipment: such as multi-lead electrocardiographs, multi-parameter monitors and other equipment that require multi-channel signal transmission.
·Complex medical equipment: such as various monitoring equipment and anesthesia machines in operating rooms, which require stable power supply and signal transmission.
4-core medical equipment cable TPU cable TPE cable
Features
·Multi-function: Four conductors can achieve more complex signal transmission or provide more power interfaces.
·Shielded performance: A shielding layer is usually included to improve the clarity of signal transmission and reduce external interference.
·Anti-twist design: The internal structure design of the cable takes anti-twist performance into consideration, which is suitable for use in environments with frequent bending.
·High reliability: The durability and reliability of the cable are increased by twisting multiple strands of fine wires.
Application scenarios
·Advanced medical equipment: equipment such as CT scanners and MRI equipment that require multi-channel signal transmission and complex power management.
·Surgical instruments: such as the connecting wires in the robotic surgery system, which need to maintain stability and reliability during the operation.
·Laboratory equipment: such as analytical instruments and test equipment in the laboratory, which require the connection of multiple signal lines and power lines.
TPU cable TPE cable Design and material selection
Conductor
·Multi-strand fine wire: usually made of multiple strands of fine copper wires twisted together to increase the softness and bending performance of the cable.
Insulation layer
·Special insulation materials: special insulation materials such as PVC, PE, FEP, etc. are used to improve insulation performance and chemical resistance.
Sheath
·Wear-resistant materials: The outer sheath material is usually made of wear-resistant and chemical-resistant materials, such as TPU, TPE, etc., to enhance the durability of the cable.
Shielding layer (optional)
·Metal braid or aluminum foil: In order to reduce electromagnetic interference, the cable can contain a metal braid or aluminum foil shielding layer.
TPU cable TPE cable maintenance and use precautions
1. Avoid excessive bending: Although high-flex cables are designed for frequent bending, excessive bending should still be avoided to avoid damaging the internal conductor.
2. Regular inspection: Regularly check the cables for signs of wear, cracks or other damage, and replace defective cables in a timely manner.
3. Proper storage: When not in use, the cables should be rolled up for storage to avoid heavy pressure and prolonged exposure to high temperature or humidity.
TST cables Silicone TPU cable TPE cable continues to lead breakthrough innovation in medical equipment cables
In today’s rapidly developing industrial and technological fields, the choice of cables is crucial! TST CABLES launches a series of high-performance cables – silicone cables, TPU cables and TPE cables, to provide safe and stable power protection for your equipment!
Order information
·Product model: Provide 2-core, 3-core, 4-core and other specifications, which can be customized according to customer needs.
·Length customization: Support customized services of different lengths to meet the wiring needs of various devices.
·After-sales service: Provide professional technical support and perfect after-sales service to ensure customer experience.
TST CABLES is suitable for extreme environments. Wear-resistant, oil-resistant, and bend-resistant TPU cables and TPE cables. The design of medical equipment cables fully considers the special requirements of the medical environment and can meet the various needs of medical equipment during use. Choosing the right cable type (2-core, 3-core, or 4-core) can ensure the normal operation of the equipment and improve the reliability and service life of the overall system. In actual applications, choosing the right cable according to the functional requirements and usage environment of the specific equipment can better exert its performance advantages. Our cables undergo rigorous quality testing to ensure that every detail meets the highest industry standards. We are committed to providing you with the highest quality products and services to ensure that each cable can operate stably in various harsh environments. If you have any needs for silicone cables, you are welcome to email TST CABLES engineers(Email:lixiangchao@testeck.com).
