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Medical Coaxial Cable Double Shielded Super Soft Custom Cable
In the exacting landscape of medical technology, where precision, reliability, and patient safety are non - negotiable, our double - shielded, super - soft medical coaxial cable stands as a paragon of innovation. Meticulously crafted to meet the most stringent industry standards, this cable is a game - changer for a wide array of medical applications.
## Construction Breakdown
### 1. Section Area and Flexibility
The cable boasts a section area defined by 301 * 0.08. This
specific configuration is the cornerstone of its remarkable
softness. The multi - stranded design with 301 individual strands
of 0.08 - sized elements allows for an unparalleled degree of
flexibility. These fine strands can move and bend independently,
enabling the cable to be easily contorted into complex shapes
without causing any internal damage. This is crucial in medical
settings where cables often need to be routed through tight spaces
or around delicate instruments during procedures.
### 2. Conductor
At the heart of the cable lies a conductor made of silver - copper.
Silver - copper is renowned for its superior electrical
conductivity. The addition of silver significantly reduces the
electrical resistance of the conductor, ensuring that signals are
transmitted with minimal loss. This is vital for medical
applications where accurate and high - fidelity signal transfer is
essential for proper diagnosis and treatment. The multi - stranded
construction of the conductor further enhances its flexibility,
allowing it to withstand repeated bending and flexing without
breaking.
### 3. Insulation
FEP (Fluorinated Ethylene Propylene) serves as the insulation
material. FEP offers exceptional electrical insulation properties,
creating a reliable barrier between the conductor and the external
environment. It has a high dielectric strength, which prevents
electrical leakage and interference. Additionally, FEP is
chemically inert and resistant to a wide range of chemicals
commonly used in medical facilities, such as disinfectants and
sterilizing agents. Its smooth surface also contributes to the
cable's overall flexibility, allowing it to bend easily without
causing stress on the insulation.
### 4. Core
The cable features a single - core design. This simplifies the
cable's structure and minimizes the potential for crosstalk between
multiple cores. A single - core configuration provides a direct and
unobstructed path for signal transmission, ensuring that the
integrity of the signal is maintained throughout the cable's
length. This is particularly important in medical applications
where the accuracy of the transmitted signal can have a significant
impact on patient care.
### 5. Double Shielding
- **First Shield: Al Pet Tape**
The first layer of shielding is an Al Pet (Aluminum - Polyethylene
Terephthalate) tape. This tape provides 100% coverage around the
core, acting as an effective shield against high - frequency
electromagnetic interference (EMI). It forms a continuous barrier
that blocks external electromagnetic fields from penetrating the
cable and disrupting the signal on the conductor.
- **Second Shield: SPC Braided**
The second layer consists of an SPC (Silver - Plated Copper)
braided shield. The braided structure offers additional protection
against lower - frequency EMI. The silver - plated copper material
not only enhances the shielding effectiveness but also provides
good corrosion resistance, ensuring the long - term reliability of
the cable in the often - harsh medical environment. The combination
of these two shielding layers creates a robust defense against EMI,
guaranteeing clean and accurate signal transmission.
### 6. Jacket
The outer jacket is crafted from silicone. Silicone is a soft,
flexible, and biocompatible material, making it ideal for medical
applications. It provides excellent physical protection to the
inner components of the cable, safeguarding them from abrasion,
moisture, and mechanical damage. The softness of the silicone
jacket further contributes to the cable's overall flexibility,
allowing it to be easily handled during installation and use.
Additionally, silicone is resistant to a wide range of
temperatures, enabling the cable to operate reliably in various
medical environments.
### 7. Outer Diameter
With an outer diameter of 4.8mm, the cable strikes the perfect
balance between compactness and functionality. Its relatively small
size allows it to be easily integrated into medical devices without
taking up excessive space. This is particularly advantageous in
portable medical equipment and minimally invasive surgical
instruments, where space is at a premium.
## Electrical and Thermal Ratings
### 1. Rated Voltage
The cable is rated for a voltage of 300V, making it suitable for a
diverse range of low - to medium - voltage medical applications. It
can be used to power sensors, transmit signals in diagnostic
equipment, and operate various medical devices with confidence.
### 2. Rated Temperature
Capable of withstanding temperatures up to 200℃, the cable is well
- equipped to handle the demanding thermal conditions often
encountered in medical settings. Whether it's during sterilization
processes or in proximity to heat - generating components, the
cable's electrical and mechanical properties remain stable,
ensuring reliable performance.
## Key Features and Applications
### 1. Key Features
- **Double - Shielded Protection**: The combination of Al Pet tape
and SPC braided shielding provides comprehensive defense against
EMI, ensuring the integrity of the transmitted signals.
- **Super Softness**: Thanks to the 301/0.08 section area and multi
- stranded design, the cable offers unparalleled flexibility,
making it easy to install and use in tight spaces.
- **High - Temperature Resistance**: The ability to operate at
temperatures up to 200℃ ensures the cable's reliability in
challenging medical environments.
### 2. Applications
- **Medical Imaging**: In devices such as MRI scanners, CT
scanners, and ultrasound machines, the cable's high - quality
signal transmission and EMI protection are essential for generating
clear and accurate images.
- **Diagnostic Equipment**: For electrophysiological monitoring
devices like ECG, EEG, and EMG machines, the cable ensures precise
signal acquisition and transmission, enabling accurate diagnosis.
- **Surgical Instruments**: The cable's flexibility and small size
make it an ideal choice for minimally invasive surgical tools,
where it can transmit signals and power while adapting to the
complex movements and tight spaces within the surgical field.
In conclusion, our double - shielded, super - soft medical coaxial cable is a testament to our commitment to excellence in medical cable technology. Its innovative design, exceptional performance, and suitability for a wide range of medical applications make it an indispensable component in modern healthcare.
Medical Imaging; Diagnostic Equipment; Surgical Instruments