Fully Automatic Coaxial Cable Stripper (Specialized for Short Cables) DM-9600D

Full-Automatic Coaxial Cable Stripper (Specialized for Short Cables) DM-9600D

Product Overview

The full-automatic coaxial cable stripper (specialized for short cables) DM-9600D is a professional wire harness processing device designed specifically for short-cable manufacturing. It accommodates wire diameters ranging from 1.0 to 6 mm and can strip cables up to 200 mm in length. Featuring fully automated cutting and stripping functions, the machine processes multi-layered cables such as flexible and semi-flexible coaxial cables with high precision, meeting the short-cable processing needs of antenna manufacturers, consumer electronics companies, and telecommunications equipment producers. It provides an efficient, precise, and automated solution for wire harness assembly.

Operating Workflow

This cable stripper employs a standardized automated workflow: a feeder precisely feeds the cable, which is then conveyed smoothly to the processing area via a belt-driven system. A rotating cutter performs circumferential cutting on the outer jacket, followed by a V-blade assembly that accurately strips the insulation while simultaneously trimming the cable. The entire process requires no manual intervention, offering a high degree of automation that ensures consistent precision and quality for every cable segment, effectively eliminating errors and inefficiencies associated with manual operations.

Key Performance Features

1. Exclusive Design for Short Cables: Optimized for short-cable processing, it efficiently handles the cutting and stripping of short-length cables, addressing core industry demands for short-cable production.
2. Wide Diameter Compatibility: Supports wire diameters from 1.0 to 6 mm, covering common coaxial cable types such as flexible and semi-flexible varieties, ensuring broad applicability.
3. Multi-Layer Processing Capability: Equipped with multi-layer stripping functionality, it can handle coaxial cables with multiple insulating layers, meeting the requirements of complex wire harnesses.
4. High-Precision Processing: Leveraging advanced mechanical design and precision blade assemblies, it delivers exceptional accuracy, guaranteeing consistent stripping lengths and trimmed dimensions, thereby reducing defect rates.
5. Fully Automated Operation: From feeding and conveying to rotary cutting, stripping, and trimming, the entire process is fully automated, significantly boosting wire harness production efficiency and lowering labor costs.

Technical Specifications

1. Compatible Wire Diameter: 1.0–6 mm
2. Maximum Stripping Length: 200 mm
3. Processed Cable Types: Flexible coaxial cables, semi-flexible coaxial cables, and other multi-layered coaxial cables
4. Operating Mode: Fully automated cutting and stripping

Core Value Proposition

1. Enhanced Production Efficiency: Compared to manual processing, its fully automated operation increases efficiency several-fold, enabling rapid completion of large-volume short-cable wire harness tasks and shortening production cycles.
2. Guaranteed Processing Precision: Standardized mechanical operations eliminate human error, ensuring consistent dimensions for each cable segment and improving the overall quality of finished wire harnesses.
3. Reduced Production Costs: By minimizing labor input and lowering defect rates, it cuts both operational expenses and overall production costs.
4. Versatile Adaptability: With wide diameter compatibility and multi-layer processing capabilities, it meets diverse coaxial cable processing needs across multiple industries, supporting various wire harness applications.

Target Customer Base

Antenna manufacturers, consumer electronics producers, telecommunications equipment makers, wire harness processing service providers, and electronic component assembly firms

Application Scenarios

This equipment is primarily used for cutting and stripping short coaxial cables, including short-cable wire harness processing in antenna manufacturing, pre-processing of internal coaxial harnesses in consumer electronics, wire harness fabrication for core components of communication devices, and production of auxiliary wire harnesses for small electronic devices. Whether handling mass production or small-batch customizations, it offers precise adaptation, providing stable and reliable automated support for wire harness processing across various industries.

Solutions to Industry Pain Points

1. Addressing Low Efficiency in Manual Short-Cable Processing: Manual handling of short wire harnesses is time-consuming and challenging due to their short length, whereas this machine’s fully automated design for short cables dramatically boosts productivity, meeting the demands of large-scale production.
2. Improving Insufficient Precision in Manual Processing: Manual stripping often results in uneven stripping lengths and inconsistent cut dimensions, leading to high defect rates; the machine’s precise mechanical design ensures accurate processing and reduces scrap rates.
3. Tackling the Challenges of Multi-Layer Coaxial Cable Processing: Manually stripping multi-layer coaxial cables is difficult and risks damaging internal conductors; the machine’s combination of a rotating cutter and V-blade assembly enables precise stripping without harming the cable structure.
4. Reducing Labor Costs: Traditional manual stripping requires significant manpower and incurs high long-term operating costs; the machine’s fully automated operation decreases labor needs and lowers enterprise labor expenses.

Frequently Asked Questions (FAQ)

Q1: Can this cable stripper only process short cables?
A: Designed specifically for short cables, this machine is optimized for short-cable processing and can efficiently perform cutting and stripping tasks. It also supports cables up to 200 mm in length, satisfying most standard short-cable processing requirements.
Q2: What types of coaxial cables can it process?
A: The machine handles flexible and semi-flexible coaxial cables, as well as other multi-layered coaxial cables, accommodating wire diameters from 1.0 to 6 mm—covering commonly used specifications across many industries.
Q3: How does the machine ensure processing accuracy?
A: Utilizing a standardized mechanical design—including precise feeding by a cable feeder, smooth belt conveyance, rotary cutting by a rotating blade, and stripping by a V-blade assembly—the machine achieves fully automated operation, effectively maintaining precision and ensuring dimensional consistency for every cable segment.
Q4: Which companies are suitable for using this equipment?
A: This machine is tailored for antenna manufacturers, consumer electronics producers, telecommunications equipment makers, and other enterprises requiring short-coaxial cable processing, as well as professional wire harness processing service providers.