Electric Screw Press 

For Close Die Forging Industry & Automobile Profile …

Hydraulic Hammer

Used in close die forging industry for high power…

Power Head

Change Old Hammer Like lasco, Hutani, Pneumatic Hammer…

Adhvika Forge Tech recommends the following key factors for making the right choice:

1. Component Specifications: Start by defining the specific requirements of your components, including material type, size, weight, and expected production volume.

2. Forging Force: Determine the required forging force based on the material properties and complexity of the parts. This ensures the machine can handle the necessary load without strain.

3. Die Size and Complexity: Consider the size and complexity of the dies required for your components. Ensure the machine can accommodate the largest dies needed for your production.

4. Stroke Length and Speed: Evaluate the stroke length and speed of the machine to match the forging cycle times and production requirements of your components.

5. Automation and Control: Adhvika Forge Tech emphasizes the importance of advanced automation and control features such as programmable settings, quick die change systems, and real-time monitoring for improved efficiency.

6. Energy Efficiency: Look for machines that offer energy-efficient operations to reduce operational costs and environmental impact. Adhvika Forge Tech provides solutions with inverter drives for energy savings.

7. Maintenance and Service Support: Adhvika Forge Tech ensures strong after-sales support, including maintenance services and easy availability of spare parts, minimizing downtime and keeping your production running smoothly.

7. Cost and ROI: Evaluate the initial cost of the machine against its long-term return on investment (ROI), considering productivity gains, reduced scrap rates, and operational efficiency. Adhvika Forge Tech offers cost-effective machines with high ROI potential.