HH-TC3040LP hydarulic hot stamping machine.mp4

6 year ago

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10 year

Product details

Hydraulic hot foil stamping machine //Usage and characters

Samples

Advantages of hydraulic hot stamping machine:
1. Efficient: Compared with pneumatic devices, the hydraulic system can quickly and accurately complete the up and down movements of the ironing plate with high efficiency.
2. Sensitivity: The fluid in the hydraulic system is basically incompressible, and there is no hysteresis effect. Once pneumatically operated, the ironing plate can rise and fall quickly, with high sensitivity.
3. Reliable: Hydraulic components have a simple and durable structure and can withstand high pressure and high-speed operation. They also have self-lubricating and self-cooling properties, allowing them to work stably for a long time.
4. Adaptation: Adapt to various working environments and working conditions, such as high temperature, low temperature, high altitude, humidity, corrosion, etc.
5. Safety: Various safety protection devices and control systems can be used to ensure the safety of the ironing board.
The hydraulic hot stamping machine is guaranteed to achieve stable and continuous high pressure, and is suitable for hot stamping and concave and convex embossing of large-size products.

016

Hydraulic embossing stamping Machine //Parameter

HH-TC4050LPT	HH-TC4060LPT
1. Hot plate area:400 ×500 mm 2. Working table area:520 ×800mm 3. Max printing pressure:20,000 Kg 4. Up and down distance:100mm 5. Heat wattage: 6×500W 6. Foil in feed: Motor Drive 7. Temperature adjustment:0-300oC .	1. Hot plate area:400 × 600 mm 2. Working table area:520 ×800mm 3. Max printing pressure:20,000 Kg 4. Up and down distance:100mm 5. Heat wattage: 6×500W 6. Foil in feed: Motor Drive 7. Temperature adjustment:0-300oC

Hydraulic embossing stamping machine //Advantage

Durable & Stable: High-strength cast steel bench ensures flatness and long-term reliability.
Flexible Table Lift: Threaded table lift allows quick height adjustments to fit products of any size.
Smart Control: Relay-based system is easy to operate and maintain; dual-button design ensures safe operation.
Powerful Hydraulic Drive: Improves stamping pressure, delivering consistent and durable foil impressions.
Fast Heating: Rapid-heating pipes and removable plates make template replacement quick and convenient.
Precise Alignment: Adjustable ironing board and table ensure accurate stamping in different areas.
Intelligent Temperature Control: Automatic temperature regulation within ±5°C for consistent results.
Customizable Settings: Free adjustment of stamping time and foil roll speed for various applications.
Efficient Automation: Automatic foil feeding with adjustable conveyor length reduces manual labor.

Details

Catalogue

018

Hydraulic hot stamping machine and embossing technology

The hydraulic hot stamping machine has huge pressure. Combined with the embossing plate, it can form a pattern with a strong three-dimensional sense on various papers, and occupies an important position in the field of packaging and decoration.

Strong and stable pressure: The hydraulic system can provide a large pressure output, and the pressure transmission is uniform, which can ensure the consistency of the depth of the pattern during embossing, especially suitable for hot stamping and indentation of large areas and complex textures. Through components such as hydraulic valves, the pressure can be accurately controlled, and it can be flexibly adjusted according to different materials (such as paper, leather, plastic, etc.) and embossing requirements. It has strong adaptability and can ensure the clear presentation of subtle textures. The hydraulically driven slider stroke is accurately positioned and has high repetition accuracy, ensuring that the mold is accurately aligned each time it is embossed, reducing waste caused by positioning deviation.
Adapt to thick and hard materials: For thicker or harder materials (such as cardboard, wood, etc.), the strong pressure and slow pressurization characteristics of the hydraulic hot stamping machine can better shape the material and achieve a clear embossing effect.
Smooth operation and low noise: The hydraulic system has low vibration and low noise during operation, which can reduce interference with the working environment, reduce wear and tear of the equipment caused by vibration, and extend its service life.
Reliable overload protection: The hydraulic system is usually equipped with an overload protection device, which will automatically release the pressure when the pressure exceeds the set value, avoiding damage to the mold, workpiece or equipment parts due to overload, and improving production safety.

Hydraulic hot stamping machine's requirements for hydraulic oil:

Hydraulic hot stamping machine uses hydraulic oil as a medium to push the hydraulic cylinder to move in a certain direction, thereby performing the lifting and lowering of the hot stamping plate, the in and out of the workbench, the movement of the shuttle workbench, etc. The hydraulic hot stamping machine has the following requirements for hydraulic oil:

Viscosity

The viscosity needs to match the equipment working conditions to ensure that the hydraulic system can stably transmit pressure during the hot stamping process at different temperatures and ensure that the viscosity fluctuates little when the temperature changes.

Good wear resistance

There are precision parts such as pumps and valves in the hydraulic system. The hydraulic oil must have anti-wear properties to reduce component wear and extend the life of the equipment.

Stable physical properties

During long-term use, the hydraulic oil must resist oxidation and deterioration to avoid the formation of impurities such as sludge and carbon deposits that block the oil circuit. It must have good anti-emulsification properties to prevent the hydraulic oil from mixing with water vapor to form an emulsion, so as not to reduce the lubrication and transmission effects. It has good anti-foaming properties to reduce the generation of bubbles in the oil. It has a suitable flash point and pour point. The flash point needs to be higher than the system operating temperature, and the pour point needs to be lower than the lowest temperature of the equipment's working environment to ensure that the oil can still flow smoothly at low temperatures.