High-Precision Laser Cutting with Cost-Efficient Power for High-Carbon Steel
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Laser and thin metal cutting has revolutionized precision manufacturing by offering repeatable, high-accuracy results, especially for challenging materials like high-carbon steel. We want to explore the process behind this efficiency, focusing on how our cutting-edge techniques keep costs low while achieving top-quality results.
Key Benefits of Our Laser Cutting Process
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Repeatable, High-Accuracy Cutting
- Our laser systems are designed to produce consistently precise cuts on high-carbon steel, even in intricate patterns or fine details.
- This precision is crucial for applications that demand exact specifications, ensuring each piece meets the highest quality standards.
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Use of 100 PSI Oxygen to Minimize Dross/Burr
- By incorporating 100 psi of oxygen during the cutting process, we significantly reduce the formation of dross and burr, the rough or raised edges often seen after cutting.
- This method results in cleaner edges and reduces the need for additional finishing work, saving both time and cost in the production cycle.
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Quick Travel Speeds for Efficient Processing
- Our laser cutters operate at rapid travel speeds, which means we can cut high-carbon steel (at a thickness of just .010 inches) faster and more efficiently than traditional methods.
- This speed is especially beneficial for large production runs, where minimizing time per piece without compromising quality is essential.
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Affordable 1kW Power Usage
- Unlike some high-energy-consuming laser systems, our process uses a more affordable 1kW of power, making it a sustainable and cost-effective solution.
- This efficient power usage also allows us to provide quality laser cutting at competitive rates without sacrificing quality.
At Apollo MFG, we are committed to combining high-tech precision with cost-effective solutions for our customers. Our laser services reflect this commitment by delivering outstanding accuracy, efficiency, and affordability.
