Product:
190 mm Air Hammer with 4 pcs chisel (round).

The pneumatic air hammer, also known as an air hammer, is an industrial tool of great versatility, widely used for a wide range of tasks requiring striking power. This tool harnesses the energy of compressed air to generate rapid bursts of force, facilitating jobs such as demolition, excavation, and coating removal.
Specifically, the pneumatic air hammer that Weagora provides is suitable for a wide range of applications such as cleaning casting sand and correcting grooves before welding, welding slag, flat weld scars, and stone, concrete, and brick wall grooves.
The high strength, thanks to the reinforced alloy cylinder, and the high impact number with 3000 blows per minute make our pneumatic hammer an excellent product that can provide customers with reliability and safety; even more important is the tension spring that effectively reduces processing-induced vibration.
High-quality wear-resistant and long-lasting materials ensure high reliability and consistency with regard to performance while using the air hammer. Every component and mechanism has been pushed to the limits by the manufacturer to ensure optimum performance in the face of the most demanding jobs.

Usage description:

Step 1: Preparation of the Equipment and Work Area

Before starting, conduct a thorough check of the air hammer and ensure that all connections are firm. Ensure adequate pressure in the compressed air. Perform lubrication of the equipment according to the guidelines.

Step 2: Selecting the Appropriate Accessory

Choose the appropriate accessory for the desired application. Depending on your job requirements, you might opt for a demolition awl, a chisel for removing materials, or other specific accessories.

Step 3: Setting the Impact Force

The air hammer offers adjustment options for impact force. This parameter defines the intensity of the blows generated. Calibrate the impact force according to the application specifications and manufacturer's guidelines.

Step 4: Accurate Positioning

Position the air hammer so that the attachment is perfectly aligned with the surface or material to be worked on. Ensure a stable and secure base for the hammer.

Step 5: Activation and Start of Work

Connect the hammer to compressed air and activate the attachment using the trigger or switch. The hammer will generate quick, powerful blows that will be transmitted to the attachment and work surface.

Step 6: Controlling the Operation

During use, keep the hammer steady and carefully control the action of the attachment on the surface. Regular blows of the hammer enable precise and efficient work.

Step 7: Verify and Check the Work Performed

Upon completion of the work, carefully check the results obtained. Inspect the surface to ensure that the workmanship meets the required specifications.

Step 8: Maintenance and Cleaning

After use, clean the air hammer and apply lubricant as directed. This maintenance practice will help preserve the efficiency and durability of the equipment.

In conclusion, the air hammer is a powerful and flexible tool for jobs that require impact. It is crucial to follow the recalled directions, comply with safety regulations, and become familiar with the equipment for safe and efficient use.

TECHNICAL FEATURES:

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