MIDAS METCONS PRIVATE LIMITED

Corporate

Oxy-fuel cutting is a combustion process. An oxygen jet burns the metal in a narrow section to make a cut and removes the combustion products (slag) from the kerf. The purity of the cutting oxygen is of key importance for the cutting speed that can be achieved. High purity oxygen means high productivity. Before oxy-fuel cutting can begin, the steel must be preheated to ignition temperature. This is done by means of an oxygen/fuel gas flame. The choice of fuel gas influences the cutting process with regard to quality, preheating times and the thickness of the material that can be cut with good results. The most critical part of the cutting equipment is the cutting nozzle. The performance of a nozzle rises with the increasing exit velocity of the cutting oxygen jet, which in turn depends on the design of the nozzle orifice. Working with fuel gases and oxygen can be risky if the person using the equipment does not have sufficient knowledge of the equipment and its installation, handling and care. Oxy-fuel cutting is used for mild and low-alloy steel in a material thickness of up to a few meters! The surface condition has a certain influence on the cut quality, for example different types of shop primers for temporary protection against corrosion. Straight cuts, bevel cutting or weld-edge preparation with several torches simultaneously are just a few options offered by this versatile tool. Another is the potential for easy mechanization.

Punching in metal process is using a machine to press a shape through a sheet of metal and into a die to cut that shape in the metal. This is usually done by a Turret, a Computer Numerical Controlled machine that houses tools and their corresponding dies in a revolving indexed turret. The misconception about punching is that the shape does the cutting but in effect the shape presses the material into a die that cuts the metal. The die is also given tolerance that is measured in thousands of an inch. We offers punching services to our customers requiring this type of metal fabricating service. We have a variety of punches to assist our OEM customers to produce the custom fabricated metal parts according to their requirement We use some of the most technologically advanced machines

Waterjet cutting is an economical solution for a variety of applications such as: Architectural Inlays Custom Instrument Faceplates Gaskets, Gears, Grommets & Seal Hole Piercing Metal Cutting and Blanking Plaques, Signs & Logos Rubber Bumpers Our Waterjet Cutting Facilities Dynamic Positioning Accuracy .005" ( 0.13 mm) Precision Machining of prototypes of Production Runs Table Size : 175" X 88" (4445 mm X 2235 mm) Foot Print : 243" X 134" (6170 mm X 3405 mm) Weight : 10,000 lbs (4500 kg Table only) Height : 144" (3600 mm) X-Y Travel : 160" X 80" (4060 mm X 2030 mm)

We at Midas have the capability of cutting preformed shapes, tubes, channel, angle iron etc. Virtually any shape that can be drawn can be cut by laser cutting. Normal sheet metal rules (i.e., punching a hole closer to the edge than a material thickness) many times don't apply to laser cutting, so seemingly impossible parts may be produced. We are very good at cutting thin material and shim stock, and thicker materials previously machined (to 12 mm) can be cut.

Bending of metal to any shape and structure is our speciality. Be it thick or thin, if it is metal, we can cut it, bend it, fabricate it, finish it and ship it. Our Metal bending facility is equipped with the state of the art Press Brakes of various capacity to meet varied needs of all industries.