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Full-Automatic Coaxial Cable End-Terminating and Tin-Plating Machine (Short-Cable Type) DM-D0706
Product Overview
The full-automatic coaxial cable end-terminating and tin-plating machine (short-cable type) DM-D0706 is an automated device specifically designed for processing short-length coaxial cables. It optimizes the wire-cutting length limitation of the B0706 model, extending the processable length range to 25–200 mm, thereby perfectly filling the gap in automated processing of short coaxial cables. This equipment integrates a precision coaxial wire-stripping unit, a robotic system, and high-resolution vision inspection technology, achieving full-process automation from cable handling to finished-product output. It covers core operations such as automatic crimping, automated performance testing, automatic flux application, and automatic tinning, while also featuring automatic sorting and storage of both good and defective products. This significantly enhances processing efficiency and quality stability for short coaxial cables, making it a key piece of manufacturing equipment in the consumer electronics and communications industries.
Core Technical Configuration
1. Precision Coaxial Wire-Stripping System: Optimized for the characteristics of short coaxial cables, this system ensures precise stripping of wires ranging from 25 to 200 mm in length, effectively preventing common issues like stripping errors and cable damage during short-length processing, thus guaranteeing that stripped cables meet the accuracy requirements of subsequent processes.
2. Robotic Automation Unit: Equipped with specialized industrial robots, this unit handles cable transfer, positioning, and seamless integration between processes, aligning with the compact workflow of short-length processing to enhance operational continuity and efficiency while minimizing human-induced errors.
3. High-Resolution Vision Inspection Technology: Visual inspection nodes are strategically placed at critical process stages to monitor in real time details such as wire-stripping quality, crimping accuracy, and solder surface condition, ensuring the quality of each step and promptly identifying defective items to avoid unnecessary rework.
4. Fully Automated Process Modules: Integrating functions such as automatic crimping, automated performance testing, automatic flux application, and automatic tinning, this system enables one-stop processing of short coaxial cables from raw material to finished product, eliminating the need for manual handling between steps and substantially shortening the overall processing cycle.
5. Intelligent Sorting and Storage System: Upon completion of processing, the system automatically separates good products from defective ones and stores them separately, facilitating subsequent inventory management and traceability of defective items, thereby improving production management standards.
Key Advantages
1. Exclusive Short-Length Processing Capability: Compared to the B0706 model’s 35–800 mm wire-cutting range, this machine can handle shorter lengths of 25–200 mm, meeting the specific needs of short coaxial cables in consumer electronics and communications applications and covering a broader spectrum of production scenarios.
2. Full-Process Automation: From wire stripping and crimping to testing and tinning, all operations are fully automated without manual intervention, resulting in significantly higher processing efficiency per cable than manual methods while avoiding quality fluctuations caused by human error and ensuring consistent results.
3. High-Precision Quality Control: Leveraging a precision wire-stripping system and high-resolution vision inspection technology, critical process steps are monitored in real time to ensure compliance with specified standards for stripping accuracy, crimping strength, and tinning quality, leading to a substantial reduction in defect rates.
4. Intelligent Sorting Enhances Management Efficiency: Automatic sorting and storage of good and defective products reduces manual sorting workload and potential errors, simplifying quality traceability and inventory management, and improving overall production process standardization.
5. Tailored to Industry-Specific Needs: Designed specifically to address the unique requirements of consumer electronics and communications manufacturing, the machine’s process configurations and precision parameters align closely with industry production standards, enabling rapid integration into existing production lines and enhancing production adaptability.
Core Product Value
1. Fills the Gap in Automated Processing of Short Coaxial Cables, resolving the longstanding industry challenge of traditional equipment being unable to process short cables measuring 25–200 mm, thereby expanding the scope of production capabilities.
2. Full-process automation dramatically boosts processing efficiency, reduces labor costs, and ensures stable, consistent product quality, ultimately enhancing overall market competitiveness.
3. Intelligent inspection and sorting systems lower defect rates, minimize raw-material waste, improve resource utilization, and reduce overall production costs.
4. Precisely tailored to the needs of the consumer electronics and communications industries, this equipment helps companies elevate their production-line automation levels and accelerate product delivery cycles.
Target Customer Groups
Consumer electronics OEMs, communications component manufacturers, precision wire-processing service providers, electronic contract manufacturers, and base station equipment producers.
Application Scenarios
This equipment is specifically designed for processing short coaxial cables and is primarily used in consumer electronics for manufacturing short connection cables, in small smart devices for internal coaxial cable processing, and in communications equipment manufacturing for base station components and internal cable processing in communication terminals. In these applications, where short coaxial cables are required in large quantities and demand high precision, the machine’s fully automated processing capabilities effectively meet mass-production needs while ensuring product quality meets industry standards, providing a solid foundation for stable terminal-device performance.
Solving Industry Pain Points
1. Addresses the limitation of traditional equipment unable to process short coaxial cables measuring 25–200 mm: Previously, most automated machines had a minimum processing length of 35 mm, leaving shorter cables to manual processing—inefficient and prone to quality issues. The DM-D0706’s exclusive short-length processing capability completely resolves this problem.
2. Improves efficiency and quality in manual processing of short cables: Manual processing often leads to stripping errors, loose crimping, uneven tinning, and slow throughput, failing to meet mass-production demands. The machine’s fully automated operation significantly boosts efficiency and quality stability.
3. Simplifies the cumbersome multi-step process of dispersed processing: Traditional short-cable processing requires frequent transfers between multiple machines or workstations, resulting in complex workflows and potential cable loss. This machine integrates all necessary functions into a single unit, enabling one-stop processing and streamlining production procedures.
4. Enhances control over defective products: Manual processing makes it difficult to accurately identify defects, often allowing substandard items to slip into downstream stages and increasing rework costs. The machine’s vision inspection and automatic sorting features enable real-time identification of defects, improving the precision of quality control.
Frequently Asked Questions (FAQ)
Q1: What are the core differences between the DM-D0706 model and the B0706 model?
A: The primary difference lies in the range of processable cable lengths: the B0706 can handle cables from 35 to 800 mm, whereas the DM-D0706 is optimized for short cables, processing lengths from 25 to 200 mm. Other automated process functions remain largely identical.
Q2: What types of coaxial cables can this equipment process?
A: The machine is primarily suited for commonly used coaxial cables in consumer electronics and communications manufacturing. As long as the cable length falls within the 25–200 mm range, it can perform complete processing steps including stripping, crimping, testing, and tinning.
Q3: How automated is this equipment, and does it require any manual intervention?
A: The machine achieves full-process automation—from cable loading to finished-product sorting—requiring only periodic replenishment of raw materials and regular collection of finished and defective products. No manual intervention is needed during the actual processing stages.
Q4: How does the machine ensure processing accuracy?
A: Equipped with a precision coaxial wire-stripping system and high-resolution vision inspection technology, the machine conducts real-time accuracy checks at critical stages such as stripping, crimping, and tinning, ensuring that each step meets preset quality standards and effectively maintaining overall processing precision.