简体中文
English
DM-2335 Semi-Automatic Coaxial Wire Stripper
Product Overview
The DM-2335 semi-automatic coaxial wire stripper is a specialized device designed for wire harness processing, featuring precise wire diameter adaptation and multi-layer stripping capabilities. It supports wire diameters ranging from 2 to 23 mm and can achieve a maximum stripping length of 350 mm. Powered by an integrated motor–cylinder mechanism, it drives the cutting head through rotational, linear, and opening/closing motions, enabling multi-layer stripping and skin removal operations. Additionally, the machine allows program input, storing up to 100 sets of wire harness processing parameters. Its rotating cutter can handle up to nine layers of insulation, meeting the demands of complex wire harnesses and serving industries such as new energy, wire harness manufacturers, and electrical appliance production.
Operating Principle
The DM-2335 semi-automatic coaxial wire stripper employs a coordinated motor–cylinder drive system. During operation, pre-set programs control the cutter’s movements: first, the cutter position and opening range are adjusted according to stored processing parameters; then, the motor rotates the cutter while the cylinder moves it, precisely executing the cutting and stripping actions required for multiple layers of insulation. The entire process is driven by programmed inputs, with 100 sets of parameters allowing rapid switching between different wire harness specifications without repeated adjustments, significantly enhancing efficiency and precision to meet batch-processing needs across various wire sizes.
Key Performance Parameters
1. Compatible wire diameter range: 2–23 mm
2. Maximum stripping length: 350 mm
3. Stored processing parameters: 100 types
4. Maximum number of layers processed: 9 layers
5. Drive system: motor and cylinder-driven
6. Operation mode: program-controlled
Core Advantages
1. Broad wire diameter compatibility: Supports wire diameters from 2 to 23 mm, covering most industrial and new-energy wire harness specifications, making it suitable for a wide range of applications.
2. Long-distance stripping capability: With a maximum stripping length of 350 mm, it meets the requirements of special-specification wire harnesses without the need for additional secondary processing.
3. Multi-layer stripping function: The rotating cutter can handle up to nine layers of insulation, precisely removing each layer to accommodate complex coaxial wire harness structures.
4. Efficient parameter storage and quick switching: Stores up to 100 sets of processing parameters, enabling rapid retrieval of preset settings for different wire harness types, reducing setup time and boosting batch-processing efficiency.
5. Stable, precise mechanical drive: The motor–cylinder mechanism ensures smooth, accurate motion—rotating, moving, and opening/closing the cutter steadily—to guarantee precise stripping dimensions and prevent damage to the wire core.
Core Value Proposition
1. Wide-ranging wire diameter and long stripping length compatibility covers diverse wire harness specifications, reducing equipment procurement costs.
2. Multi-layer stripping and parameter-storage features enhance efficiency in processing complex wire harnesses while minimizing human error during setup.
3. A stable, precise mechanical drive ensures high-quality results and prevents material waste caused by damaged wire cores.
Target Customer Segments
New-energy equipment manufacturers, professional wire harness processing companies, electrical appliance producers, industrial wire harness suppliers, and automation line integrators.
Application Scenarios
This equipment is primarily used in power wire harness processing within the new-energy sector, internal wire harness production in the electrical appliance industry, and large-scale wire harness handling by specialized manufacturers. It can perform multi-layer stripping on coaxial wire harnesses with diameters ranging from 2 to 23 mm, whether processing standard-specification wire harnesses in bulk or customizing long-stripping-length, multi-layer structures—delivering reliable, precise stripping solutions for various wire harness applications.
Solutions to Industry Pain Points
1. Addresses the limitation of traditional wire strippers—narrow diameter adaptability—by enabling a single machine to handle multiple wire harness specifications.
2. Overcomes the inability of conventional strippers to achieve long-distance stripping and multi-layer operations, eliminating the need for additional equipment to process complex wire harnesses.
3. Solves issues of low efficiency and poor precision in manual stripping, as well as the cumbersome parameter management of small devices, by providing rapid parameter switching via stored settings to boost batch-processing productivity.
4. Prevents damage to wire cores during stripping, thanks to the precise mechanical drive that ensures stable, controlled stripping actions and minimizes material loss.
Frequently Asked Questions (FAQ)
Q1: What wire diameter range can the DM-2335 semi-automatic coaxial wire stripper process?
A: This machine supports wire diameters from 2 to 23 mm, accommodating most industrial and new-energy wire harness specifications.
Q2: What is the maximum stripping length this device can achieve?
A: The machine can strip wires up to 350 mm long, satisfying the needs of specially specified wire harnesses.
Q3: How many sets of processing parameters can the device store?
A: The machine accepts program inputs and can store up to 100 sets of wire harness processing parameters, allowing quick selection for different wire harness types without repeated adjustments.
Q4: How many layers of insulation can this device strip at most?
A: The rotating cutter can handle up to nine layers of insulation, enabling multi-layer stripping for intricate coaxial wire harnesses.
Q5: What is the device’s drive system?
A: The machine utilizes a coordinated motor–cylinder drive mechanism, driving the cutter through rotation, linear movement, and opening/closing actions to ensure precise and stable stripping performance.