| Type: | High Frequency Brazing Machine |
|---|---|
| Welding Speed: | 3-4s/PCS |
| Applied Range: | 600mm-2200mm |
| Size: | L630*W700*H1900mm |
| Weight: | 270kg |
| Transport Package: | Wooden Box |
| Customization: |
|---|
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Audited Supplier Manual Diamond Saw Blade Brazing Machine Manufacturer
Welding Rack For Saw Blade is a tool specially used for welding diamond saw blades. It provides a stable platform for positioning and securing the saw blade during welding operations. It usually consists of a sturdy frame with adjustable clamps or fixtures to hold the saw blade in place. The design ensures that the blades remain aligned and stable, enabling precise and efficient welding. Welding Rack For Saw Blade plays a vital role in ensuring that the blade segments are properly aligned, resulting in a strong and durable weld.
In addition to stability, some welding racks can include features such as adjustable angles or rotating mechanisms, allowing for greater flexibility during the welding process. This adaptability is useful when using different types and sizes of saw blades.
Overall, the saw blade welding frame is an important tool for the metalworking and woodworking industry, providing a reliable platform for the precise and efficient welding of the saw blade, which ultimately helps to improve the overall performance and life of the saw blade in a variety of cutting applications.
Main Features:
1. Double cylinder clamping ensures the welding accuracy of the cutter head.
2. The dual cylinders holding would ensure the welding precision even the saw blade is distorted; to make sure the segments stay right in the mid-line of the saw blade.
3. The segments clamping device adopts mechanical geometric alignment to ensure symmetry and accuracy.
4. Easy to operate, save time and labor, general workers can be operated after simple training.
| Model | FL-HJ-QD-2200 |
| Application range | φ600mm-φ2200mm |
| N.W. | 270kg |
| Verticality | ≤±0.03mm |
| Face Runout | ≤±0.03mm |
| Size | 650mm*700mm*1900mm |
| Cooling water flow | 2-5L/min |
| Cooling water pressure | ≥0.2Mpa |
| Air source pressure | 0.5-0.8Mpa |
1. Based on the size of the conventional saw blade, determine the height of the machine base and install it according to the installation diagram
2. Correct the verticality of the welding frame and the center of gravity of the foundation, and fix the frame horizontally.
3. Connect the cooling water.
4. Place the welding machine properly, connect the induction coils, adjust the welding position, and connect the inlet and outlet pipes of the welding machine.
5. Connect the air intake source and adjust the pressure of each pressure regulating valve.
6. Connect the power supply, welding machine power supply, automatic temperature control timing power supply, and water pump power supply.
7. Adjust the welding positions at various locations: parallel position between the copper water clip and the saw blade substrate, opening position of the copper water clip, position of the quick cooling nozzle, welding position of the induction ring, welding height position of the copper clip head, and position of the saw blade substrate.
8. To repair the ceramic chuck, first remove the lower limit body, clamp the repair block between the two copper water clamps, operate the down pressure handle, and move the ceramic chuck up and down to ensure parallelism with the two copper water clamp surfaces.
Generally speaking, the packaging used for exports involves wrapping the machinery in wooden crates. The machine is first wrapped in plastic film and securely fixed inside the wooden crate. Additionally, the customer's label is affixed to the front and sides of the wooden crate.
We usually use sea freight to deliver the goods to the customer's location.
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