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Custom Semi-Automatic Condenser Header Groove Stamping Die - China Suppliers & Factory for Auto AC Accessories
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Custom Semi-Automatic Condenser Header Groove Stamping Die - China Suppliers & Factory for Auto AC Accessories

Introducing the Model JC-YC1, a top-notch one-out-one semi-automatic groove punching stamping die, specifically designed for processing automobile air conditioning accessories. As one of the leading suppliers in China, we ensure our products meet the highest standards in durability and efficiency, The JC-YC1 comes with an adjustable tube length, making it ideal for groove punching of condenser headers of various specifications. Its manual feeding and electric automatic tube ejection feature provide an easy and efficient operation for any factory setting, Crafted from high-strength premium materials with specialized processing, this stamping die is not only durable but also customizable by drawing, catering to diverse processing needs of automobile air conditioning condenser headers. Trust our factory to deliver quality and performance with every use

    Basic Information

    Product Model 3000mm-L (L stands for "extra-long tube adaptation")
    Product Name 3000mm Extra-Long Condenser Header Groove Punching Stamping Die
    E-commerce Title 3000mm-L Extra-Long Condenser Header Stamping Die | Anti-Scrap Jamming | Pneumatic Floating Tube
    Product Type Special Stamping Die for Automobile Air Conditioning Accessories Processing
    Core Adaptation Max. 3000mm tube length for Condenser Header groove punching
    Core Technical Highlights Secondary stamping (anti-scrap jamming) | Pneumatic floating tube (easy material taking)
    Core Output Extra-long precision grooved round tube for automobile air conditioning radiator condenser header
    Basic Performance Die service life ≥ 500,000 pcs | 220V/380V optional power supply

    Detailed Product Description

    1. Core Product Positioning

    This die is a special one-out-one semi-automatic processing equipment for condenser header groove punching, mainly suitable for the groove punching needs of automobile air conditioning radiator condenser header. Its biggest feature is adjustable tube length, which can flexibly adapt to the processing of various specifications. Adopting the semi-automatic design of "manual feeding + electric tube ejection", it balances operational convenience and processing stability, supports customization by drawing, and can adjust parameters such as tube length and groove shape according to customer needs, suitable for large-scale production of air conditioning condenser header for various passenger cars and commercial vehicles.

    2. Complete Working Process

    The die adopts a standardized semi-automatic control process, which is simple and easy to understand without complex training. The specific process is as follows:

    • 💡 Manual Feeding: The operator places the to-be-processed round tube (length adjustable according to needs) at the feeding station for accurate alignment, which is easy to operate;
    • 🔒 Positioning and Fixing: The die automatically positions and clamps the tube to ensure accurate groove punching position and avoid processing deviation;
    • ⚙️ Precision Groove Punching: The die clamps to complete groove punching, processing 1 tube at a time with stable processing and uniform groove shape;
    • ⚡ Electric Tube Ejection: After stamping, the electrical equipment automatically ejects the finished tube out of the die, no manual tube taking is needed, improving operational safety and efficiency.
    3. Material & Process Advantages
    💎 High-Strength Die Body

    Made of high-strength premium die steel, it has excellent anti-deformation ability, adapts to the stamping needs of tubes of different lengths, and maintains stable accuracy for long-term use.

    🛠️ Reinforced Core Components

    Core stamping parts are made of high-grade wear-resistant steel, treated with special reinforcement, wear-resistant and damage-resistant, able to cope with high-frequency stamping impact and extend the service life of the die.

    📐 Optimized Adaptable Structure

    Aiming at the adjustable tube length feature, an adaptable guide structure is adopted to flexibly fit tubes of different lengths and ensure the consistency of groove shape of condenser header of various specifications.

    4. Core Selling Points
    • ✅ One-out-one Adaptation Design: Processing 1 tube at a time, with simple and stable structure, suitable for groove punching of condenser header of various specifications;
    • ✅ Flexible Adjustable Tube Length: The tube length can be adjusted freely without changing the die, flexibly adapting to the processing of condenser header of various lengths with strong versatility;
    • ✅ Semi-Automatic Convenient Operation: Manual feeding, electric equipment automatically ejects the tube, simple operation, reducing labor intensity and improving processing efficiency;
    • ✅ Stable Processing Guarantee: Adaptable guide structure ensures uniform groove punching of tubes of different lengths, meeting the assembly requirements of radiators;
    • ✅ Super Durability: Premium die steel + special treatment of core parts, with a service life of ≥ 500,000 pcs, reducing die maintenance and replacement costs;
    • ✅ Full Customization Support: Customizable according to customer drawings, parameters such as tube length and groove size can be adjusted as needed to meet personalized processing requirements.
    5. Application Scenarios

    Custom-designed for the automotive air conditioning industry, it is mainly suitable for various condenser header groove punching scenarios, especially for:

    • 🔹 Processing of air conditioning radiator condenser header for various passenger cars, commercial vehicles, new energy vehicles, etc.;
    • 🔹 Mass production of condenser header with unfixed tube length and need for flexible specification adjustment;
    • 🔹 Condenser header processing scenarios with personalized customization needs (customized by drawing).
    6. Notes
    • ⚠️ Power supply: 220V/380V optional, adjustable according to on-site equipment conditions;
    • ⚠️ The die can adapt to tubes of different lengths, and the specific adaptation range can be adjusted according to customer customization needs;
    • ⚠️ For detailed technical parameters, customization plans or operation instructions, please contact our customer service for professional consultation.

    E-commerce Quick Guide

    📦 MOQ: Custom small batch orders ⚙️ Customization: Drawing & Sample Confirmation 🚚 Delivery: Fast for standard / Custom schedule 🛠️ Service: Technical support & Maintenance guide

    Frequently Asked Questions (FAQ)

    Q1: What is the maximum tube length this stamping die can support?
    A1: The 3000mm-L model is designed for extra-long tube adaptation, supporting a maximum tube length of up to 3000mm for condenser header groove punching.
    Q2: How does the die prevent scrap jamming during the stamping process?
    A2: The die features secondary stamping as a core technical highlight, which serves as an anti-scrap jamming mechanism to keep processing smooth and uninterrupted.
    Q3: What is the expected service life of this groove punching die?
    A3: The die is manufactured with high-strength premium die steel and reinforced core components, ensuring a standard service life of ≥ 500,000 pieces.
    Q4: Can we customize the tube length and groove shapes based on our own drawings?
    A4: Yes, we provide full customization support. We can adjust parameters such as tube length and groove size according to customer drawings and sample confirmations.
    Q5: What are the power options required for this semi-automatic die?
    A5: We offer optional power supply configurations of 220V or 380V, which can be custom-selected based on your facility's on-site equipment conditions.
    Q6: How does the electric tube ejection feature improve the workflow?
    A6: After stamping, the electric equipment automatically ejects the finished tube out of the die. This eliminates the need for manual tube extraction, improving operator safety and overall production efficiency.