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The Bar Plate Heat Exchanger Core Assembly Machine is designed for assembling and pressing bar plate heat exchanger cores. As specialized heat exchanger core assembly equipment, it is suitable for intercooler core assembly and other compatible plate-type heat exchanger manufacturing applications.
During operation, the core is manually assembled and placed into the machine. The equipment then performs pre-pressing, core shaping, and final pressing. After the tightening screws are installed, the sliding worktable moves outward to facilitate workpiece removal.
With adjustable working strokes and a custom-built configuration, this machine can accommodate different core dimensions and production requirements. Its button-controlled operation provides a straightforward and convenient assembly process.
1. Multi-Stage Pressing Process
Supports pre-pressing, core shaping, and final pressing to assist with the heat exchanger core assembly process.
2. Adjustable Working Strokes
The length and width direction strokes can be adjusted to accommodate different core dimensions and assembly requirements.
3. Gas-Liquid Booster Cylinder System
Equipped with a gas-liquid booster cylinder system for the pressing process. The cylinder configuration can be adjusted according to equipment requirements.
4. Convenient Button Operation
Uses manual button controls for straightforward operation and convenient process management.
5. Sliding Worktable for Easy Unloading
The sliding worktable can move outward approximately 260 mm after assembly, making workpiece removal more convenient.
6. Custom-Built Machine Configuration
The machine is built to order according to different bar plate heat exchanger core dimensions and production requirements.
| Parameter | Specification |
|---|---|
| Machine Name | Bar Plate Heat Exchanger Core Assembly Machine |
| Model | Custom Built to Order |
| Core Effective Length | 300–1300 mm |
| Core Effective Thickness | 30–300 mm |
| Length Direction Stroke | 300–1300 mm, adjustable |
| Width Direction Stroke | 30–300 mm, adjustable |
| Worktable Extension | Approx. 260 mm |
| Control System | Mitsubishi Controller |
| Power Supply | AC 380V / AC 220V, optional |
| Frequency | 50Hz |
| Air Pressure | 0.4–0.7 MPa |
| Air Consumption | Approx. 30 L/min |
The machine configuration and working dimensions can be customized according to actual production requirements.
This machine is designed for core assembly processes in compatible heat exchanger manufacturing applications, including:
Bar Plate Heat Exchanger Manufacturing
Intercooler Core Assembly
Automotive Heat Exchanger Production
Industrial Heat Exchanger Processing
With more than 15 years of industry experience, SUNHOPE supplies complete equipment, components, and technical support for radiator and condenser manufacturing.
Our product range includes:
Radiator Core Assembly Machines
Fin Forming Machines
Aluminum Brazing Furnaces
Leak Testing Equipment
Radiator and Condenser Components
In addition to equipment supply, we provide installation guidance, operator training, and technical support to help customers establish efficient and reliable production lines.
Whether you are building a new factory or upgrading an existing line, SUNHOPE can provide a complete radiator manufacturing solution tailored to your needs.
1. What is a Bar Plate Heat Exchanger Core Assembly Machine used for?
It is designed for assembling and pressing bar plate heat exchanger cores, including intercooler cores and other compatible plate-type heat exchanger products.
2. What core sizes can this machine handle?
The machine supports core lengths of 300–1300 mm and thicknesses of 30–300 mm. Other configurations can be customized according to production requirements.
3. How does the core assembly process work?
The process includes manual core assembly, pre-pressing, core shaping, final pressing, tightening screw installation, and workpiece unloading.
4. Can the machine be customized for different heat exchanger cores?
Yes. The machine is custom-built according to core dimensions and specific production requirements.
5. Does the machine use automatic or manual operation?
The machine uses manual button-controlled operation. The operator performs the core assembly and controls the pressing and unloading processes through the machine buttons.
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