Category: Plasma & Oxyfuel Cutting

What ensures a perfect cut in oxy-fuel cutting? From the choice of cutting gas to the exact height of the nozzle, every factor plays a critical role. This article dives…

What’s the secret behind flawless welds and precise cuts in gas welding and cutting? It all comes down to the flame. This article explores the different types of flames used…

How does a machine cut through tough metal with ease? Plasma cutting machines harness the power of ionized gas at incredibly high temperatures to slice through metals. This article explains…

Are you considering purchasing a cutting machine because of the need for frequent maintenance and repair work? Or are you involved in a project that requires a high-performance cutting device?…

Maintaining a CNC plasma cutting machine ensures optimal performance and longevity. In a dusty environment, regular cleaning, lubrication, and inspections are crucial. This article covers daily, weekly, monthly, and quarterly…

What if you could slice through metal as effortlessly as a knife through butter? Plasma cutting, with its high-temperature plasma arc, melts and blows away metal, creating precise cuts with…

How can manufacturers ensure flawless cuts in ultra-thick steel plates? This article delves into the critical process of CNC flame cutting, highlighting the challenges, such as potential cutting defects and…

Ever wondered how to achieve perfect flame cuts in metalwork? This guide sets the standard for manual, semi-automatic, and automatic flame cutting operations. You'll learn essential procedures, quality requirements, and…

Ever wondered how underwater structures get cut with precision? Dive into the fascinating world of underwater arc-oxygen cutting! In this article, you'll explore the essential equipment and techniques that make…

Plasma cutting is a machining method that uses the heat of a high-temperature plasma arc to make the metal at the cut of the workpiece partially melt and evaporate, and…

This article explores the fascinating world of metal heat cutting, from flame cutting to plasma and laser methods. Learn about their unique advantages, limitations, and the impact on modern manufacturing.…

1. Main causes of dimensional error of parts caused by flame cutting The main causes of errors in NC cutting and blanking include thermal deformation of the steel plate, operator…