Catheter-grade micro coaxial cables operate at the extreme edge of wire manufacturing capability. At 46 AWG, the conductor is 0.040 mm — requiring specialized wire drawing, micro-extrusion of ePTFE dielectric at 0.13 mm OD, and robotic shield braiding at 0.30 mm finished cable diameter. At…
Read More
Every cable assembly we manufacture is custom — built to your specification for your application. We do not sell catalog cables from a distributor shelf. Whether you need 5 prototype assemblies for a new IVUS catheter or 10,000 per month for an established ultrasound probe…
Read More
Medical imaging cables serve three distinct modalities — MRI, CT, and PET — each with unique engineering requirements that general-purpose medical cables cannot satisfy. MRI demands zero ferromagnetic content and RF heating prevention. CT demands millions of continuous torsional flex cycles. PET demands ultra-low-noise shielding…
Read More
Twinax (twinaxial) cable consists of two individually insulated conductors within a common shield — forming a balanced 100 Ω differential transmission line. This construction provides the controlled differential impedance and matched propagation delay (intra-pair skew < 3 ps/m) required by modern high-speed serial protocols: USB…
Read More
A hybrid composite cable combines multiple signal types — micro coaxial, differential pairs, power conductors, fiber optics, and specialty elements — into a single integrated assembly with a common outer jacket. This eliminates the need for multiple separate cables routed through the same conduit, reducing…
Read More
Ribbon micro coaxial cable arranges individually shielded 50 Ω micro coaxial elements in a flat, parallel configuration at controlled pitch — typically 0.40 mm, 0.50 mm, or 0.635 mm center-to-center. This flat geometry enables direct termination into zero-insertion-force (ZIF) connectors from I-PEX (CABLINE series) and…
Read More
Endoscope camera cables connect chip-on-tip CMOS image sensors to the video processing unit through insertion tubes as narrow as 2.8 mm in diameter. The cable must carry HD or 4K video signals (LVDS, HD-SDI, or MIPI CSI-2), survive over one million flex cycles during insertion…
Read More
46 AWG micro coaxial cable is the transition point between standard medical micro coax (42–44 AWG) and ultra-fine specialty constructions (48–50 AWG). At 46 AWG, the silver-plated conductor measures 0.040 mm — approximately half a human hair — achieving 0.30 mm finished cable OD with…
Read More
Surgical robotic systems require cable assemblies unlike any other medical application. A single robotic instrument arm must carry ultrasound imaging signals, HD/4K video, electrosurgical RF power, motor drive currents, force sensor data, and illumination fiber — all through a 5–12 mm trocar port, while surviving…
Read More
Cardiac catheters place the most extreme miniaturization demands on signal cables. A coronary IVUS catheter shaft may have an internal diameter of just 0.9–1.1 mm — where standard 42 AWG micro coax (0.48 mm OD) is physically too large. Cardiac catheter cables require 46 AWG…
Read More
Modern endoscopes place chip-on-tip CMOS image sensors (e.g., OV6946, OV6948) at the distal end of insertion tubes measuring 2.8–13 mm in diameter. The micro coaxial cables connecting these sensors to the video processor must fit within shared lumens alongside irrigation, suction, biopsy channels, and illumination…
Read More
The cable assembly connecting an ultrasound transducer array to the imaging console directly influences image quality, probe ergonomics, and device reliability. A 256-channel 3D cardiac probe requires every signal channel to arrive at the beamformer with timing accuracy within ±1% — demanding phase-matched micro coaxial…
Read More
When a critical ultrasound probe cable fails, you need a replacement that meets the original specification — not an approximation. We manufacture OEM-equivalent replacement ultrasound probe cables matching AWG, impedance (50 Ω ±2 Ω), phase-matched electrical length (±1%), outer diameter, and connector interface. Delivered in…
Read More
Multi-core coaxial cable — also called multi coaxial cable, multi coax, or bundled micro coaxial cable — is an interconnect assembly in which multiple individually shielded 50 Ω coaxial elements are combined into a single flexible harness. Each element retains its own foil and braid…
Read More
The ultrasound probe cable is the most performance-critical interconnect in any diagnostic ultrasound system. It carries analog echo signals from 128 to 512 individual transducer elements to the beamformer — a distance of 1.5 to 3.0 meters — where each channel must arrive with matched…
Read More