Air Conditioner Production Line
The Air Conditioner Production Line is an advanced, fully automated solution designed to streamline the manufacturing of various types of air conditioning units. Engineered for high efficiency, precision, and operational stability, this production line integrates cutting-edge technologies such as PLC control systems and variable frequency speed regulation, making it an ideal choice for manufacturers aiming for consistent quality and scale-able output.
Mechanical Features
Full-Automatic Conveying System: Designed for smooth, uninterrupted movement of components and assembled units throughout the production line.
Adjustable Tension Devices: Installed across all conveyor lines to ensure stable transport of products and prevent slippage or misalignment.
Emergency Stop (Scram) Stations: Located at key detection points to immediately halt operations in case of anomalies, ensuring operator and equipment safety.
Integrated dual-stage leak detection system:
Primary leak detection after refrigerant charging using vacuum or tracer gas methods (e.g., helium, hydrogen, or refrigerant sniffer).
Secondary verification after refrigeration performance testing to ensure complete seal integrity.
Operational Benefits
High Efficiency: Streamlines the production process, reducing downtime and manual labor.
Stable & Reliable Performance: Designed for 24/7 industrial operation with minimal maintenance needs.
Customizable Speed Control: Adaptable to different product types and production volumes.
Modular Design: Allows for easy expansion, integration, or replacement of components based on specific manufacturing needs.
Copper Tube Stretching Machine
The Copper Tube Stretching Machine is a versatile industrial system designed to precisely stretch and resize tubes for HVAC, and manufacturing applications. It supports both manual and automatic modes, delivering flexible operation for a wide range of metal tubing workflows.
Features
- Dual-mode operation: supports both manual and automatic operation modes for flexible application.
- High-precision tube stretching technology：
-Length adjustment range: 1cm ~ 9999cm
-Length increment/decrement range: -99.9cm ~ +99.9cm
-Stretching speed range: 1cm/sec ~ 100cm/sec
Applications
HVAC & Refrigeration Tubing: Perfect for producing precise copper sections used in coils, condensers, and evaporators.
Piping Fabrication: Ideal for resizing tube lengths for fittings and fixed-length assemblies.
Mass Production Workflows: Suitable for automated lines requiring consistent tube stretching and fixed-length output, saving time and reducing labor.
Large Scale Heat Sink Bending Machine
The Large‑Scale Heat Sink Bending Machine is an advanced, PLC‑controlled system designed for high-precision bending of heat sink fins and assemblies. Ideal for manufacturers seeking consistent angle accuracy, versatile material compatibility, and enhanced safety, this machine streamlines production across various thermal dissipation components.
Features
- Customizable bending angles to ensure product consistency.
- Compatible with various heat sink materials, including aluminum, copper, and alloys.
- PLC control system reduces human operation errors.
- Built-in safety mechanisms ensure operator safety.
Applications
Air-conditioning heat sinks, where bent fins enhance airflow and cooling effectiveness
Electronics thermal modules, including power supply and telecommunications heat sinks, which require precise bending and consistent fin spacing for efficient heat transfer
- Automated production lines for thermal management modules requiring consistent bending across large volumes
Automated Square Valve Fastening Machine
Features
- Automated material feeding to enhance production efficiency.
- Customizable torque settings ensure accurate fastening quality.
- High-precision control minimizes manual intervention and improves consistency.
Applications
Specifically designed for fastening the square-flanged connections of two-way and three-way AC valves, this machine excels in:
Enhancing fastening uniformity and torque accuracy
Reducing repetitive manual tightening tasks
Improving production throughput via continuous automated operation
