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The FAKRA Ethernet HSD Wiring Harness Double-end Equipment represents a paradigm shift in high-frequency signal cable manufacturing. When you stand beside this expansive, 15-meter-long industrial powerhouse, the first thing you notice is the smooth, premium industrial gray paint finish that speaks to its robust, vibration-dampening construction. As the machine powers up, the servo-driven motion platform operates with a surprisingly quiet, rhythmic hum, devoid of the harsh, clanking vibrations typically associated with heavy wire processing machinery. This sophisticated system fundamentally transforms your production floor by taking raw, high-frequency cables and seamlessly guiding them through a labyrinth of precision modules. Rather than relying on scattered manual labor and fragmented workstations, plant managers can now consolidate their entire wire harness assembly into one continuous, fluid operation. The crisp sound of the pneumatic air-blowing mechanisms and the tactile precision of the crimping presses ensure that every single connector is seated flawlessly. By integrating this equipment into your facility, you eliminate production bottlenecks, drastically reduce human error, and achieve a level of structural consistency that your most demanding automotive and telecommunications clients require. The equipment not only solves the headache of inconsistent wire stripping but also safeguards your reputation by delivering pristine, high-performance harnesses shift after shift.
Production capacity | ≥ 800 PCS/H |
Yield | 99.5% (except for defective incoming materials) |
Appearance color | Industrial gray paint |
Applicable products | FAKRA wiring harness/Ethernet wiring harness/HSD wiring harness |
Dimensions | L15100mm/W1250mm/H2100mm |
Power supply voltage AC | 380V/50HZ |
Working air pressure | 5-6KG (water-free and oil-free) |
Working environment temperature | -10 degrees to 50 degrees |
Working environment humidity | 20 to 90% |
Safety device | Leakage protection, emergency stop |
Investing in the right automation infrastructure means looking beyond basic functionality. This double-end processing equipment is meticulously crafted to address the most complex challenges in modern wire assembly, offering a suite of advanced features that directly enhance your operational capabilities and bottom line.
Flawless Material Handling: The proprietary dual-station closed heavy-duty feeding system grips and advances cables with absolute precision, eliminating the slipping and scuffing that ruins delicate high-frequency jackets.
Comprehensive Debris Management: Integrated air-blowing cleaning stations emit sharp, targeted bursts of air to instantly clear away micro-shavings from the aluminum foil and shielding layers, ensuring a pristine connection zone.
Intelligent Sorting Mechanisms: The machine does not just process; it evaluates. Defective materials are automatically identified and physically diverted into separate containment bins, ensuring only perfect harnesses reach your packaging line.
Optimized Footprint Utilization: By combining over a dozen distinct processing steps into a single linear frame, this equipment reclaims valuable factory floor space, allowing for better traffic flow and resource allocation.
In the fast-paced world of automotive and telecom manufacturing, output speed dictates market competitiveness. This equipment is engineered specifically to shatter previous production ceilings while maintaining absolute precision. The integration of advanced mechanical synchronization allows your facility to meet tight delivery deadlines without scheduling costly overtime.
High-Volume Throughput: Achieving a production capacity of ≥ 800 pieces per hour, this machine transforms slow, manual assembly into a high-speed, predictable output stream.
Advanced Feeding Dynamics: The independently developed dual-station closed loop heavy-duty feeding system drastically accelerates wire transit speeds, preventing the tangling and jamming that typically halt production lines.
Labor Cost Reduction: By automating the entire double-end processing cycle, facilities can reallocate skilled technicians to more critical quality assurance roles, significantly lowering the direct labor costs per unit.
Continuous Operation Capability: Built for round-the-clock shifts, the robust drive mechanisms maintain their speed and accuracy even during extended production runs, maximizing your return on investment.
Fragmented production lines introduce multiple points of failure and increase the risk of handling damage. This equipment acts as a comprehensive, all-in-one manufacturing hub. It takes a raw spool of high-frequency cable and executes a flawless choreography of mechanical actions, delivering a fully assembled, ready-to-install harness at the output tray.
Front-End Preparation: The process begins with a customized winding and binding module that efficiently prepares the raw wire, ensuring it enters the main processing chamber with perfect alignment.
Precision Stripping Sequence: The machine executes a highly delicate sequence of ring stripping, braiding manipulation, aluminum foil removal, and core wire stripping without ever scoring the underlying copper conductors.
Automated Component Delivery: High-speed vibration plates align and feed connectors and terminals with rhythmic consistency, ensuring the inner and outer conductors are perfectly positioned for the crimping press.
True One-Stop Processing: From the initial cut to the final air-blown cleaning and inspection, over ten complex manual procedures are condensed into a single, seamless automated journey.
For manufacturers supplying the automotive and aerospace sectors, a single faulty connection can lead to catastrophic failures and severe financial penalties. This equipment is designed with an uncompromising approach to quality assurance, acting as an automated gatekeeper that guarantees the integrity of every single wire harness.
Exceptional Yield Guarantee: The system boasts a remarkable 99.5% yield rate (excluding defective incoming raw materials), virtually eliminating the hidden costs associated with scrap and rework.
Multi-Level Inspection Matrix: Embedded sensors and inspection modules continuously monitor crimp heights, strip lengths, and terminal placements in real-time, catching microscopic deviations instantly.
Automated Defect Isolation: If a anomaly is detected, the system does not merely sound an alarm; it automatically physically removes the compromised unit from the production flow, preventing cross-contamination with good batches.
Consistency Across Batches: The servo-driven precision ensures that the first harness produced on Monday morning is identical in quality and performance to the last harness produced on Friday night.
Industrial machinery must withstand the punishing realities of continuous factory environments. This double-end equipment is not just built to perform; it is built to endure. Every structural weld, moving part, and electrical relay has been selected to provide years of uninterrupted service, minimizing your total cost of ownership.
Premium Component Architecture: All critical electrical and mechanical components are sourced from globally recognized brands, ensuring rapid availability of spares and exceptional operational longevity.
Servo-Driven Excellence: The core motion platform utilizes advanced servo drives, which provide smooth, highly controlled movements. This eliminates the violent mechanical shocks that cause premature wear in lesser machines.
Acoustic and Vibrational Control: The heavy-duty frame and precision engineering result in remarkably low noise levels and minimal vibration, creating a safer and more comfortable environment for your floor operators.
Modular Maintenance: Designed with standardized, modular components, the equipment allows maintenance teams to perform quick replacements and routine servicing without enduring days of costly downtime.
Market demands shift rapidly, and your production floor must be agile enough to pivot without requiring entirely new machinery. This system is engineered with exceptional versatility, allowing manufacturers to serve multiple high-tech industries with a single capital investment.
Multi-Standard Processing: The tooling and software can be swiftly configured to process FAKRA, Ethernet, and HSD harnesses, covering the entire spectrum of modern high-frequency data transmission cables.
Automotive Electronics Ready: Perfectly suited for the rigorous demands of modern vehicle architectures, including infotainment systems, autonomous driving sensors, and advanced driver-assistance systems (ADAS).
Telecommunications Adaptability: Meets the exacting tolerances required for 5G communication base stations and enterprise-level networking hardware.
Future-Proof Investment: As the new energy vehicle sector continues to evolve, this equipment provides the flexible processing power needed to handle next-generation shielded cables and complex connector housings.
A high-speed manufacturing environment presents inherent risks, but protecting your workforce should never compromise production speed. This equipment integrates state-of-the-art safety protocols and ergonomic design principles, ensuring that operators can manage the machine confidently and comfortably throughout their shifts.
Intelligent Access Control: The streamlined, industrial protective enclosure features a smart door system that instantly halts mechanical movement if opened during operation, preventing accidental contact with moving parts.
Comprehensive Electrical Safety: Built-in leakage protection and strategically placed emergency stop buttons provide immediate power severance in the event of an anomaly, safeguarding both the operator and the facility.
Ergonomic Interface Layout: The touch-screen control panels and material loading zones are positioned at optimal heights, reducing physical strain and fatigue for the technicians managing the equipment.
Clean Working Environment: The enclosed design not only protects the operator but also contains wire shavings, dust, and debris, keeping the surrounding factory floor clean and hazard-free.
No two manufacturing facilities operate exactly alike. Recognizing the need for bespoke solutions, this equipment serves as a foundational platform that can be tailored to your specific operational workflows and integrated into your broader digital manufacturing strategy.
Non-Standard Engineering Support: The machine's architecture allows for deep customization, whether you require specific exterior dimensions to fit a unique floor plan or the integration of specialized testing modules like waterproof validation.
Data-Driven Manufacturing: The control system possesses the inherent capability to interface with your facility's Manufacturing Execution System (MES), allowing for real-time production tracking and analytics.
Complete Traceability: By logging processing parameters for every batch, the equipment helps manufacturers maintain the strict data traceability required by top-tier automotive and aerospace clients.
Adaptive Software Upgrades: The intuitive control software can be updated to accommodate new wire specifications or connector types, ensuring the machine evolves alongside your product catalog.
Selecting the right equipment manufacturer is just as critical as selecting the equipment itself. We do not merely sell machinery; we partner with industrial facilities to engineer comprehensive production solutions that drive long-term growth and operational excellence.
Direct Manufacturer Advantage: By working directly with us, you bypass middlemen, ensuring highly competitive pricing, transparent communication, and direct access to the engineers who designed your equipment.
Proven Engineering Pedigree: With years of dedicated focus on automation technology, our R&D teams possess a deep understanding of the nuanced challenges involved in high-frequency wire harness processing.
Rigorous Pre-Shipment Validation: Every machine undergoes exhaustive stress testing and calibration in our facility using your specific wire samples, guaranteeing plug-and-play functionality upon arrival at your plant.
Comprehensive Lifecycle Support: From initial installation and operator training to ongoing maintenance and software updates, our dedicated technical support teams ensure your production line never stands still.
We understand that procuring heavy automation equipment requires careful consideration. Below are detailed answers to the most common technical inquiries we receive from plant engineers and procurement specialists.
How difficult is it to switch the machine from processing FAKRA to Ethernet harnesses?
The changeover process is highly streamlined. Thanks to the modular tooling design and pre-programmed software recipes, a trained operator can swap the necessary applicator dies, adjust the vibration plates, and select the new program from the touchscreen interface in a fraction of the time required by older legacy machines.
What specific requirements are needed for the factory's air supply?
The equipment requires a stable working air pressure of 5-6KG. It is absolutely critical that the air supply is completely water-free and oil-free. We strongly recommend utilizing a high-quality refrigerated air dryer and coalescing filters on your compressor line to prevent moisture or oil from contaminating the pneumatic valves and the delicate high-frequency cables.
Can this equipment be integrated into our existing MES (Manufacturing Execution System)?
Yes. The machine's advanced PLC and control interface are designed with digitalization in mind. It can be configured to export real-time production data, yield rates, and error logs, allowing your IT department to integrate it seamlessly into your factory's central monitoring system for full traceability.
How does the machine handle variations in the incoming raw wire?
While the machine guarantees a 99.5% yield on good materials, it is equipped with intelligent sensors that detect anomalies such as severe knots, inconsistent jacket thickness, or missing shielding in the raw spool. The system will automatically pause and alert the operator, or reject the specific bad section, preventing the production of a faulty final product.
What kind of routine maintenance is required to keep the machine at peak performance?
Routine maintenance focuses on cleanliness and lubrication. Daily tasks involve emptying the debris collection bins and wiping down the sensor lenses. Weekly maintenance includes checking the tension on the feeding belts and lightly lubricating the linear guide rails. The user interface also features built-in diagnostic screens that prompt operators when specific pneumatic cylinders or stripping blades require inspection or replacement.
