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FAQ
Industrial field: injection molding machine, excavator arm end tool control.
Medical rehabilitation: high-precision exoskeleton assists patients with wrist movements.
Aerospace: force feedback system simulating the pilot's joystick.
Strong power: The hydraulic system can provide higher output force and is suitable for heavy-duty tasks (such as handling and stamping).
Strong stability: The hydraulic oil has low compressibility, smoother movement and strong impact resistance.
Overload protection: The system pressure can be automatically adjusted through the pressure relief valve to avoid the risk of motor burning.
The multifunctional impactor (power head) performs well. It has advanced design and multiple functions, suitable for operation requirements in different scenarios. The impactor has strong power and high drilling efficiency, suitable for drilling operations in various hard rock formations. At the same time, it is easy to operate and maintain, reducing downtime and improving operation efficiency. It is durable and has a long service life, and can cope with harsh working environments. In general, the multifunctional impactor is an engineering equipment with excellent performance and strong practicality. It can provide efficient and stable support for your engineering projects and is your ideal choice.
Portable hydraulic hammer is an efficient and convenient tool. How to use it is as follows:
1. Check whether the hydraulic hammer and its accessories are intact and confirm that there is no damage.
2. Add an appropriate amount of hydraulic oil to ensure that the hydraulic hammer has sufficient power.
3. Select a suitable striking head according to work requirements.
4. Hold the hydraulic hammer and control the striking force and frequency through the operating handle.
5. For objects that are difficult to handle, use auxiliary tools to fix them and then strike them.
6. After use, clean them up in time and store them in a dry and ventilated place.
Please pay attention to safety during operation to avoid accidents caused by excessive striking force or improper operation. It is recommended to read the product manual carefully to understand the detailed usage and precautions.
There are significant differences between pure hydraulic breakers and nitrogen explosion breakers in many aspects. First, in terms of working principle, pure hydraulic breakers rely on hydraulic oil to push the hammer head for crushing. Its internal structure includes oil cylinders, pistons, etc., and the impact force is generated by the flow of hydraulic oil; while nitrogen explosion breakers use high-pressure nitrogen to generate shock waves inside the hammer head to achieve crushing. There is an air storage chamber inside. When the striker falls, the nitrogen is released to produce a strong shock wave. Secondly, in terms of noise control, nitrogen explosion breakers produce a lot of noise due to nitrogen explosion, while pure hydraulic breakers have relatively small noise, which is more suitable for occasions with strict requirements on noise. Furthermore, in terms of maintenance, the internal structure of nitrogen explosion breakers is complex, maintenance is difficult, and frequent inspection and maintenance are required; while pure hydraulic breakers have a relatively simple structure and are more convenient to maintain. Finally, in terms of application scenarios, nitrogen explosion breakers are more suitable for cutting large hard materials such as concrete, limestone, etc.; while pure hydraulic breakers are more suitable for small engineering projects such as crushing reinforced concrete. When choosing, comprehensive consideration should be given according to specific needs.
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