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custom control cable assemblies manufacturer
Precision. Flexibility. Control. At Sino-conn, we specialize in custom control cable assemblies tailored to your exact application. From industrial automation to complex OEM machinery, our solutions deliver reliable signal integrity and unmatched durability. Fast prototyping, zero MOQ, and expert design support—just tell us what you need.
Why choose control cable assemblies from sino-conn
Sino-Conn offers high-quality custom control cable assemblies tailored to your specific needs. Our cables are designed for superior performance, offering durability, flexibility, and resistance to extreme conditions. With certifications like UL, ISO, and ROHS, we provide reliable solutions across industries, including automotive, medical, and industrial sectors. Choose Sino-Conn for precise, custom-built control cables designed to meet your requirements.
Highly Customizable Designs for Diverse Applications
Our control cable assemblies are fully customizable to match specific electrical and mechanical requirements, including pin layout, length, outer material, cable routing, and connector types. Whether used in factory automation, elevator systems, or robotics, our cables can be tailored for tight bending radius, high EMI shielding, or extreme temperatures. We provide CAD drawings in as little as 30 minutes and support both original and compatible connector options. This flexibility helps engineers and OEMs accelerate development cycles and achieve cost-effective solutions.
Rapid Prototyping with Zero MOQ
Time is critical. We offer control cable assembly samples within 2–3 days and can support small orders starting from just 1 piece. No MOQ. This makes us ideal for R&D, urgent testing, or pre-series production runs. Our engineering team can deliver drawings in 30 minutes and adjust on demand. This speed and flexibility help customers reduce risk and bring products to market faster.
Certified Quality with 100% Inspection
All our control cable assemblies undergo three-stage inspection: in-process, post-assembly, and final pre-shipment checks. We ensure 100% full inspection for every unit. Certified to UL, ISO, RoHS, REACH, and more, our cables meet international standards for safety, reliability, and compliance. Our quality control system ensures consistent performance even under extreme conditions.
Compatible with Original and Alternative Connectors
We support both original-brand and compatible replacement connectors for control cable assemblies. Customers can select based on brand preference, delivery time, or budget. Original connectors are ideal for high-end projects, while alternatives offer faster lead time and lower cost with similar functionality. We maintain stock for common compatible models and offer flexible sourcing to ensure on-time delivery.
Engineering Support with Fast Drawing Service
Our engineering team offers full technical support and can deliver 2D/3D drawings within 30 minutes to 3 hours. We provide detailed wiring layouts, connector specs, and pinout mapping. All drawings are confirmed with customers before production, ensuring accuracy and eliminating miscommunication. This service is especially valued by R&D teams and system integrators.
Zero Compromise on Quality and Compliance
All assemblies are produced under strict ISO-certified processes, with material traceability and RoHS/REACH/UL compliance. Our factory conducts 100% functional testing, insulation resistance checks, and mechanical inspections. Whether for high-voltage industrial systems or sensitive electronics, our cables meet global quality benchmarks.
Detailed specifications and parameters of control cable assemblies
The above examples represent only a small portion of our common control cable assembly types and technical specifications. In reality, each customer’s requirements are unique, ranging from connector type, cable structure, length specification, shielding method to jacket material. We don’t offer generic stock items—instead, we provide tailored drawings and custom-built solutions after thorough communication. This level of customization is exactly why our assemblies are trusted by customers worldwide.
| No. | Definition (Pin Configuration) | Connector Model | Cable Spec | Length (mm) | Cover Type | Cover Material |
|---|---|---|---|---|---|---|
| 1 | 1-to-1 Straight Through | JST-XH-4P | Custom | Custom | Round | PVC Sleeving |
| 2 | 1-to-2 Split Y-Cable | Molex Micro-Fit 3.0 | Custom | Custom | Flat | Teflon Tape |
| 3 | 1-to-3 Split | TE Deutsch DT Series | Custom | Custom | Molded | Nylon Braid |
| 4 | 2-to-1 Parallel Merged | Amphenol Circular Connector | Custom | Custom | Round | Conductive Cloth |
| 5 | 3-to-3 Fully Pinned | Hirose DF13 | Custom | Custom | Flat | Acetate Cloth |
| 6 | 1-to-4 Branching | Phoenix Contact ST Series | Custom | Custom | Molded | Teflon Sleeving |
| 7 | 1-to-1 Crossed | JST-SM-6P | Custom | Custom | Round | Nanofiber Tape |
| 8 | 2-to-2 Daisy Chain | Molex MX150 | Custom | Custom | Flat | PVC Sleeving |
| 9 | Multi-Pin (12-pin) | TE AMP SuperSeal | Custom | Custom | Molded | Nylon Braid |
| 10 | 1-to-1 Right Angle | Hirose HR10 Series | Custom | Custom | Round | Iron Fluoride Tape |
Customized control cable assemblies styles
Trusted by 300+ global brands,1000+ styles have been developed.
Push Pull Control Cable Assembly 4-Pin with Button Switch
Product details display of control cable assemblies
Our custom control cable assemblies are built with precision, ensuring optimal performance and durability. These cables are available in various sizes, materials, and configurations to meet specific industry needs. Featuring high resistance to temperature, fire, oil, and UV, our cables are ideal for demanding environments. With detailed specifications and tailored designs, we provide solutions that meet your exact requirements. Explore our comprehensive product details for control cable assemblies today.
Multi-Stranded Copper Conductors
Our control cable assemblies use high-purity, multi-stranded copper conductors to guarantee excellent electrical conductivity and mechanical flexibility. These conductors are designed for long-term stability and are particularly effective in reducing resistance and improving signal integrity, even over extended cable lengths.
- Each wire consists of multiple thin copper strands tightly twisted to enhance flexibility and minimize fatigue during bending.
- Conductors are oxygen-free (OFC) or tinned copper, ensuring low impedance and corrosion resistance.
- Tested for tensile strength and conductivity before assembly to ensure durability in dynamic environments.
- Available in various cross-sectional areas (e.g., 0.14mm², 0.22mm², 0.5mm²), depending on current and voltage requirements.
Customized Insulation Layers
Each conductor in our assemblies is insulated using high-performance materials tailored to specific operating environments. Our insulation systems deliver high dielectric strength, excellent mechanical protection, and resistance to thermal, chemical, and environmental stress.
- Available insulation types include PVC, XLPE, PE, and Teflon (FEP/PTFE), selected based on application needs.
- Flame-retardant and halogen-free options ensure compliance with safety and environmental standards.
- Each core can be color-coded for easy identification and error-proof wiring.
- Insulation thickness can be adjusted to balance flexibility and voltage insulation requirements.
Advanced EMI Shielding Structures
Electromagnetic interference (EMI) can compromise signal quality in sensitive environments. Our control cable assemblies incorporate layered EMI shielding to ensure clean signal transmission and electrical reliability.
- Shielding options include aluminum foil, copper braid, or both, achieving up to 100% coverage.
- Dual shielding configurations are recommended for servo motors or inverter-controlled systems.
- Shielding braid density can be tailored (e.g., 70%, 85%, 95%) based on performance needs.
- All shielding layers are grounded effectively to maintain low impedance and minimize noise.
Precision Connector Termination
Each cable assembly is terminated with precision-matched connectors, offering reliable electrical contact and long operational life. We support both original and compatible connector brands to meet budget and delivery expectations.
- Connector types include DB, D-sub, circular (M8, M12), and other industry standards.
- Each pin is mapped and verified before production; CAD drawings are provided for customer approval.
- Termination can be done via crimping, soldering, or IDC, depending on the connector and usage.
- Overmolding and strain relief designs are available for enhanced mechanical stability.
Durable and Flexible Outer Jacket
The outer jacket of our control cable assemblies is built for protection, flexibility, and environmental resistance. We offer a wide variety of jacket materials and forms to match installation conditions and industry standards.
- Available jacket materials include PVC, nylon braided mesh, Teflon tape, and conductive fabric.
- Jacket types include round, flat, and molded formats to suit routing space and movement range.
- Outer jacket resists UV, oil, abrasion, and flame, making it ideal for both indoor and outdoor use.
- Optional color coding and labeling for cable identification and post-installation service.
Full Quality Inspection and Certification
To guarantee quality and traceability, each control cable assembly undergoes full inspection and comes with certifications compliant with international standards. This commitment to quality makes our solutions trusted by OEMs and engineering clients worldwide.
- 100% inspection includes continuity, insulation resistance, visual, and pin mapping checks.
- Certifications available include UL, ISO 9001, RoHS, REACH, COC, COO, and PFAS compliance.
- Each order includes a batch number and inspection report with traceable records.
- Quality processes are validated and updated regularly for consistency and compliance.
--- Customized Capabilities Services and Processes
Customize your control cable assemblies
At Sino-Conn, our customized capabilities, services, and processes are designed to support complex control cable assembly needs. From 30-minute rapid quoting and CAD drawings to low MOQ and flexible design modifications, we ensure fast turnaround and full production accuracy. Our team works closely with clients to tailor length, pinout, connector type, shielding, and material specifications—delivering high-performance, industry-compliant assemblies with full documentation and drawings.
Customized Capabilities Services and Processes
Customize your control cable assemblies
At Shenzhen Sino-conn, customization is not just a service—it’s our core strength. From the moment a customer submits an inquiry, our team moves into action to provide tailored solutions for every cable assembly request. We support full customization in:
Customization Capabilities
At Sino-conn, our control cable assemblies are engineered to adapt to your specific application needs. Whether you’re working with PLCs, sensors, motion controllers, or power relays, we design cables that fit your system with precision.
- We offer full customization of cable length, pinout, connector type, shielding method, and insulation materials.
- We support both original brand connectors (Molex, TE, Hirose) and compatible alternatives with faster lead time.
- Our team provides CAD drawings within 30 minutes and finalizes design with clients before production.
- Whether it’s a single piece for R&D or a batch of 10,000+ for OEM production, we support it all—no MOQ.
- Our customization also includes labeling, color coding, outer jacket type, and mechanical reinforcement such as overmolding or strain relief.
With us, you get more than a cable—you get a purpose-built solution tailored to your control architecture.
Exceptional Service, End-to-End Support
What sets us apart is not just the product—it’s the experience. From your first inquiry to final delivery, Shenzhen Sino-conn provides fast, responsive, and engineer-level service.
- Fast Response: We respond to technical inquiries within hours. Drawings and quotes can be delivered within 30 minutes.
- Engineer-Level Communication: Our sales team understands pinouts, EMI shielding, wire specs, and connector types. You talk to people who know your language.
- Flexible Options: We offer multiple solutions (high-end + low-cost) to help clients balance performance and budget.
- Rapid Sampling: Urgent sample lead time is as fast as 2–3 days, enabling rapid iteration.
- Full Visibility: Every order comes with traceable documentation, testing reports, and pre-shipment photos.
- Global Service: We support online meetings, video factory tours, and real-time production updates for overseas clients.
No matter where you are, we bring the factory to your screen and your solution to life.
| Items | Alternative | Original |
| Price | Cost sensitive project | Value Oriented Project |
| Lead Time | Delivery within 3-4 weeks | Delivery within 4-8 weeks |
| Performance | Commonly used in consumer Products | Widely used in Commerical and Industrial Field |
client Projects
300+ global clients trust sino-conn’ premium service
Markus was working on upgrading a factory’s automated conveyor system and needed high-flex, EMI-shielded control cable assemblies with custom M12 connectors and a tight delivery timeline. He contacted us with precise requirements, including pinout charts, shielding structure, and bending radius.
Within 30 minutes, our team provided a detailed CAD drawing. Two days later, a sample was shipped, passing all onsite testing. The final batch of 2,000 assemblies was delivered in just 13 working days. Markus praised our ability to adapt to European safety standards and provide full traceability documentation (CE, RoHS, UL certificates).
“Shenzhen Sino-conn is the only supplier that responded like an engineer, not just a trader. Their precision, speed, and flexibility helped us deliver our automation project on time.”
Markus Schmitt
Automation Engineer,Location: Stuttgart, Germany
Susan needed ultra-clean, flame-retardant, halogen-free control cables for a medical imaging system. The assembly required dual shielding, 5-pin custom layout, and FDA-compliant materials. Existing US vendors had long lead times and limited customization.
After a technical Zoom call with our team, we provided a fully documented drawing and shipped two samples within 3 days. The customer tested insulation resistance and flexibility under low-temperature conditions. After passing all tests, a 500-piece production order was placed.
We also supported printed labels, special jacket color coding, and anti-static packaging. Susan appreciated our proactive support during the FDA audit phase.
“This team understands what ‘medical-grade’ really means. They were fast, accurate, and extremely thorough—from cable specs to documentation.”
Susan Lee
Senior Design Engineer,Location: San Diego, USA
Rajiv approached us for a solution in the railway signaling system, where control cables were exposed to outdoor weather, EMI, and required flame and oil resistance. The cables also needed circular connectors with precise locking and strain relief.
He shared specifications and technical drawings from their engineering department. We quickly responded with three solution options—varying in material grade, price, and lead time. A prototype with tinned copper, dual-layer shielding, and a special polyurethane jacket was approved after testing in humid conditions.
The first batch of 1,500 sets was delivered in 16 days. Rajiv later recommended us to two other metro project contractors in India.
“We’ve worked with large global cable suppliers. None matched Sino-conn’s flexibility, speed, and customization. For railway-grade assemblies, they’re our go-to partner.”
Rajiv Menon
Procurement Manager,Location: New Delhi, India
industry Application of control cable assemblies
Control cable assemblies are essential in various industries, including automotive, robotics, industrial machinery, and telecommunications. At Sino-Conn, we specialize in designing and manufacturing control cable assemblies that ensure reliable signal transmission and durability in harsh environments. These assemblies are used for power distribution, control systems, and automation applications, providing optimized performance across a wide range of sectors, including aerospace, manufacturing, and energy. We deliver custom solutions tailored to each industry’s specific requirements.
Solution 1: Highly flexible industrial robot control harness solution
Application Scenario:
In modern industrial automation, robotic arms operate with high speed and precision across continuous production cycles. These systems demand highly flexible and durable control cable assemblies that can withstand repeated motion, twisting, and exposure to oil, heat, and mechanical stress. Our control cables are engineered specifically to meet the stringent movement and environmental requirements of robotic control systems, ensuring uninterrupted signal transmission and long operational life.
Equipment and Products：
- Multi-axis robotic arms
- Servo motor control units
- Motion controllers and PLCs
- Cable tracks and robotic cable carriers
Industry-specific needs：
- Continuous motion and torsion cause premature cable fatigue and signal degradation.
- Exposure to oils, welding sparks, and mechanical abrasion affects cable insulation.
- Space constraints require ultra-flexible cables with small bending radius and lightweight construction.
Solutions：
- We use high-flex copper conductors and stranded cores, designed for up to 10 million bending cycles without failure.
- Our outer jackets are made from oil-resistant and flame-retardant TPE or PUR materials, with optional braided shielding for EMI protection.
- Customized cable routing and diameter optimization ensure seamless integration into narrow cable tracks or complex robotic joints.
solution 2: Industrial Robotics Wiring
Application Scenario
In modern manufacturing facilities, industrial robots are deployed to handle a wide range of automated tasks, including welding, painting, assembly, and high-speed material transfer. These robots operate under continuous motion, often in harsh and vibration-prone environments, and require exceptional signal accuracy and mechanical durability from internal wiring systems. Control cable assemblies serve as the communication backbone between the robot’s controller, actuator motors, and sensor interfaces, ensuring synchronized, real-time performance without interruption.
Devices and Products
- Robotic arms and servo motors
- Motion controllers and industrial PLCs
- Optical and proximity sensors
Industry Challenges
- Constant flexing and tight bending in robotic joints leads to frequent cable fatigue and wear.
- Space constraints in rotating or multi-axis arms require miniaturized, high-flex cables with specialized routing.
- Electromagnetic interference (EMI) from nearby servo drives and high-frequency equipment disrupts signal integrity.
Solutions
- Deploy high-flex control cables designed for millions of dynamic cycles with reinforced tensile shielding and small bending radius.
- Provide custom overmolded connectors and spiral cable designs that adapt to complex movement paths and limited space.
- Integrate triple-layer shielding and EMI-blocking foil layers to preserve stable signals in noisy environments.
solution 3: Medical Imaging Systems
Application Scenario
In the field of advanced diagnostic healthcare, medical imaging systems such as MRI, CT scanners, and ultrasound machines demand precision, signal clarity, and patient safety above all. Control cable assemblies are critical components within these machines, linking data acquisition modules, imaging processors, mechanical actuators, and patient interface systems. They must perform flawlessly in highly sensitive environments, often within shielded enclosures and in proximity to strong magnetic or radiation sources. The quality of signal transmission directly impacts image resolution and diagnostic accuracy.
Devices and Products
- MRI scanners and CT imaging systems
- Ultrasound consoles and probe control units
- Automated patient positioning tables
Industry Challenges
- Cable assemblies must maintain zero signal loss while operating next to high-power electromagnetic fields generated by MRI magnets.
- Medical-grade cables must be biocompatible, non-toxic, flame-retardant, and resistant to repeated sterilization cycles.
- Downtime due to cable failure or connector mismatch is unacceptable in life-critical diagnostic environments.
Solutions
- Use medical-grade low-noise coaxial and control cables with EMI/EMC shielding compliant with IEC 60601 standards.
- Supply halogen-free, silicone-jacketed cable assemblies that withstand harsh disinfection and meet ISO 10993 biocompatibility.
- Provide rapid prototyping and pre-production validation, with all cable assemblies 100% tested for electrical integrity and pin-to-pin accuracy before shipment.
solution 4: Industrial Robotics Integration
Application Scenario
In modern manufacturing environments, industrial robots are critical to achieving automation, precision, and scalability. These robots, ranging from articulated arms to automated guided vehicles (AGVs), rely heavily on control cable assemblies for real-time data transmission, motion coordination, and feedback loops. The cables must endure repetitive flexing, exposure to oils and chemicals, and interference from high-power machinery, all while maintaining signal integrity and mechanical reliability.
Equipment & Products
- Robotic arms in automotive assembly lines
- AGVs in smart factories
- CNC machine interfaces and servo systems
Industry-Specific Challenges
- Cables must survive over a million flex cycles without degradation in dynamic cable carriers and robotic joints.
- Industrial environments expose cables to oil, coolant, mechanical abrasion, and high ambient temperatures.
- Complex motion coordination requires low-latency and noise-free signal transmission over varying distances.
Solutions
- We utilize high-flex TPE or PUR-jacketed control cables with reinforced cores and spiral shielding to withstand high mechanical stress.
- Provide oil-resistant, flame-retardant cable assemblies that meet UL and IEC standards, suitable for continuous operation in harsh environments.
- Customize length, pin-outs, and shielding schemes based on robot-specific protocols (e.g., EtherCAT, CANopen, PROFINET) to ensure signal integrity and minimize latency.
solution 5: Railway Control Systems
Application scenarios:
Modern rail transit systems rely heavily on precise and durable control communication between locomotives, signal systems, and power distribution units. Control cable assemblies in these applications must withstand extreme weather changes, long-distance signal transmission, and intense vibration. Whether for metro systems, high-speed trains, or freight locomotives, the cables play a critical role in safety, efficiency, and system responsiveness.
Equipment & Products
- Signal control panels in railway stations
- Train-to-ground communication interfaces
- Traction control and braking signal assemblies
Industry-Specific Challenges
- Long-distance cable runs increase the risk of signal degradation and EMI, especially in high-speed transit.
- Railway environments pose extreme temperature shifts, moisture exposure, and constant mechanical vibration.
- Strict railway industry standards (EN 45545, IRIS) must be met to ensure compliance and safe operations.
Solutions
- Use low-capacitance, shielded twisted-pair control cables designed for railway applications, ensuring consistent data transmission across long distances.
- Incorporate halogen-free, flame-retardant, and UV-resistant sheathing to protect against environmental and fire hazards.
- Manufacture and test all assemblies under ISO/TS and IRIS protocols to guarantee railway-grade performance, with certification documentation available.
solution 6: HVAC and Building Automation Systems
Application scenarios:
With the rise of smart buildings and energy-efficient infrastructure, HVAC (Heating, Ventilation, and Air Conditioning) systems have evolved into complex, centralized control networks. Control cable assemblies are vital in connecting sensors, controllers, actuators, and user interfaces in building automation systems, where reliability, safety, and signal stability are essential.
Equipment & Products
- Centralized HVAC controllers
- Temperature and humidity sensors
- Motorized valve and damper actuators
- Building management system (BMS) control panels
Industry-Specific Challenges
- Need for long-term cable performance in concealed environments such as walls, ceilings, and ducts where maintenance access is limited.
- Must meet fire resistance and halogen-free requirements to comply with commercial building safety codes.
- Multiple signal types (analog, digital, power) often coexist in confined conduits, risking cross-talk or EMI.
Solutions
- Use LSZH (Low Smoke Zero Halogen) shielded cables with high flexibility and long lifecycle performance, ensuring safety and reliability in concealed routes.
- Integrate multi-layer shielding and twisted-pair construction to minimize EMI and support stable analog/digital signal transmission.
- Provide customized pin-out configurations and labeling for easy installation, maintenance, and integration into BMS environments.
Ask Us About Free Samples
Hey, don’t hesitate to try & feel the FREE SAMPLES before making up your decision
--- A reliable manufacturer with competitive price and Quality Assurance
Price and delivery
Flexible Pricing: Based on connector brand (original or equivalent), cable material, and customization level.
Industry-Based Pricing: Higher for medical, military, and end-users; more competitive for OEM factories, assemblers, and traders.
Regional Price Variations: U.S. and Western Europe have higher pricing; Asia and Eastern Europe are more cost-effective.
No MOQ: Orders start from 1 piece, fully supporting small batch or prototype needs.
Customization Scope: Length, pinout, connector type, materials, and special designs are fully customizable.
Rapid Quotation & Drawing: 30 minutes for technical drawings and price offers, ensuring fast response.
Fast Lead Time: Samples in 3 days; standard bulk production within 2-4 weeks; urgent orders supported.
Certified Quality: UL, ISO, ROHS, REACH, PFAS, COC, COO certifications with 100% full inspection (in-process + final).
Quality Assurance
At Sino-Conn, quality assurance is at the core of our cable assemblies manufacturing process, ensuring every product meets strict international standards and customer specifications.
Comprehensive Inspection: Every assembly undergoes 100% inspection at multiple stages—process inspection, final inspection, and pre-shipment inspection—ensuring flawless product quality.
Certifications: All products are fully certified with UL, ISO, ROHS, REACH, PFAS, COC, and COO, meeting global regulatory and environmental standards.
Detailed Specifications: Each product is manufactured according to precise technical parameters including dimensions, voltage, current, EMI shielding, impedance, flexibility, and resistance to heat, fire, oil, UV, and corrosion.
Accurate Engineering Drawings: We provide CAD to PDF drawings within 30 minutes to 3 days for customer confirmation, guaranteeing accuracy before production.
Material & Connector Authenticity: Both original and equivalent connectors are available, carefully selected to ensure compatibility and performance consistency.
Professional Team: Our engineers and sales team deeply understand product design, materials, production processes, and international market requirements, allowing us to deliver customized solutions with stable and repeatable quality.
Flexible Production Control: From small samples to full-scale production, we maintain consistent quality regardless of order size.
With Sino-Conn’s strict quality assurance system, customers receive highly reliable cable assemblies that perform consistently in demanding applications.
Frequently Asked Questions
Here you’ll find answers to the most frequently asked questions about our personalized control cable assemblies services. From product certifications and customization options to order processing and after-sales support, this section covers everything you need to know. If you have a specific inquiry that isn’t listed, feel free to contact our team—we’re available 7 days a week to assist you.
Can you provide custom cable assemblies based on our drawings or samples?
Yes, we support full customization. You can send drawings, specs, or samples. We provide free engineering evaluation and offer drawings within 1–3 days.
What materials are used in your control cable assemblies?
We use high-grade materials like tinned copper conductors, PVC, PUR, or TPE jackets, and halogen-free insulation for durability and compliance.
What is the typical outer diameter (OD) of your medical cable assemblies?
OD ranges from 1.2mm to 6.0mm depending on the wire gauge and core count. Custom OD is available.
Can you modify cable length, shielding, or pinout as needed?
Absolutely. We support full parameter customization including length, shielding type, connector orientation, and electrical pinout.
Can I mix different models in one order to meet the MOQ?
Yes, we support mixed orders to meet the minimum order quantity. No strict MOQ is required.
Can you provide multi-core or shielded control cables?
Yes, we offer multi-core cables with options for individual or overall shielding to reduce electromagnetic interference.
Can your cable assemblies be sterilized?
Yes. We offer materials like silicone and FEP that withstand EO, autoclave (134°C), and plasma sterilization.
What shielding types are available for your medical cables?
We offer braided shielding, aluminum foil, or dual shielding (braid + foil). Shielding effectiveness reaches up to 95% EMI reduction.
Can these cables be used in drag chain or robotic arm systems?
Yes, our dynamic control cables are suitable for high-flex applications and tested for millions of motion cycles.
What kind of testing do you perform before shipping?
We perform 100% full inspection including appearance, continuity, insulation resistance, pinout, and EMI shielding tests.
- Our team will answer your inquiries within 12 hours.
- Your information will be kept strictly confidential.
Drop us a line now, and you will get the free sample soon.
We would love to hear about your project and discuss how we can help. To schedule a meeting with our team, simply fill out the form in this section.
- (+86)13924649075
- info@sino-conn.com
- Southeast Industry and Trade Building, #1021 Houhai Avenue, Shekou, Nanshan District, Shenzhen, China
