Skip to main content

Cut From a Different Cloth: Our Machine Capabilities


When choosing a fabricator to produce your parts, there are many things to consider. Since your chosen fabricator will become part of your business' supply chain, it is important to choose one that will offer the best price, most capabilities, and quickest turnaround time to ensure that your overhead stays low. At Ohio Galvanized Tube, we offer a wide array of machinery offering different cuts, enabling us to keep costs low and fabricate a variety of options. Read on to learn more about just some of our options.

Plasma Machine

Ready to heat things up? The plasma cutter (pictured above) is ready to tackle the toughest steel tube cutting jobs. This machine is the newest member of our family and can cut steel into a variety of shapes. It can even cut steel tubing up to .75" thick! A plasma machine uses gas and electric current to heat material into 4th stage matter, making easier cuts of larger pieces.

Haven Cutter

Now that you've learned about larger cuts, how about bringing it down a notch? Our Haven can make precise, surgeon-like cuts as small as half an inch! However, the action doesn't end there. This machine comes with a built in burring system to offer the smoothest, finest steel tubes. This two-in-one machine helps save money, time, and space!

Cold Saw Cutting

Now that you've seen the largest and smallest, how about something for those middle of the road type jobs. This saw can cut steel tubing in a range of .5" to 4.5." Even more impressive, this machine uses advanced heat transferring technology to allow for fine, crisp edges after cutting. Heat from the cutting process is transferred away from the circular center of the saw and to the tips of the blade, allowing for clean, quick work.

While these are just a few of Ohio Galvanized Tube's capabilities, we offer our loyal clients a lot more to bring them the highest-quality cuts at a highly competitive price. Contact us, today, to learn more!
Labels:

Comments

Post a Comment

Popular posts from this blog

Common Applications for Stainless Steel Tubing

     Stainless steel has been one of the most common and versatile materials in the world since it came into production over 100 years ago. It has become an indispensable product for a variety of industries . Due to it's broad range of sizes and custom-made designs, it is an integral piece in many specific applications.      Certain industries use certain stainless tubing for different sectors. Many manufacturers, mills and manufacturing lines use parts of stainless steel for their machinery and goods they make. Same goes for the automotive industry where it is used for high quality mufflers. Gas and heat lines allow stainless steel tube lines to withstand extreme pressures being forced through them. It is also 100% recyclable and easy to sterilize.      Unlike ordinary steel, stainless steel isn't prone to corrosion, rusting or staining with exposure to water. It is not totally stain proof however. In areas with low oxyge...
Post a Comment
Read more

Basic Welding Joints

Welded joints are one of the most commonly seen joints although there is much more that goes into them than most realize. A Weld Joint is characterized by being the place where two or more metal pieces are joined together through the introduction of melted solder and high heat. There are 5 types of weld joints, corner, lap, tee, edge, and butt. Each one has it's own unique qualities and the best places to implement.  The butt joint is formed by placing the ends of two parts together. The two parts either lie on the same plane or are side by side. It is the most simple type of weld joint. There are a few different types of welds involved with a good butt joint. Next, let's focus a little on the corner joint. The corner joint is another pretty basic option for beginners and looks exactly how it sounds. This joint is identified by the two welded pieces being joined together in the shape of an L. It is important to remember to weld both the front and back of the L shape for struc...
Post a Comment
Read more