We consider the trouble and the challenges brought about by piercing and cutting glass as just a bygone era after waterjet glass cutting machines came into the picture in the fabrication industry. From piercing holes in a delicate glass to cutting out and shaping an intricate stained glass down to cutting laminated ballistic glass, these users from a wide array of industries discovered how useful, versatile and cost-effective waterjet cutting technology is.
The Glass Cutting Machine Edge
Drilling a hole in a glass can be carried out easily and seamlessly with the use of waterjet machines. If you will try to execute such a delicate task using the manual or traditional method, you will run the risk of either breaking the glass and etching something on the surface that in the first place shouldn’t be there. These risks can be taken out of the picture by bringing into the scene a waterjet machine. The use of a waterjet cutting device will help minimize wasted materials, but more importantly, the use of waterjet cutting tools will help eliminate the program pattern limitation.
What are the Key Benefits of Cutting Glass with Waterjet Technology?
- Seamless and easy cutting and shaping of intricate patterns.
- Enhanced level of productivity, high-quality parts, and fast cutting
- Minimal kerf makes room for creating incredible details on the glass material
- Reduced amount of scrap material
- Minimal operating cost
- Omni-directional cutting, even the inside corners can be taken care of
- Removes the need for the bulky part clamping, minimal vertical or lateral forces
- It is single-pass cutting, and this would depend upon the level of thickness of the object you will cut.
- Near-net cutting, minimal to no hand finishing
- Minimal costs on tooling
The use of waterjet glass cutting machines will put your project to greater advantage, most especially if it involves the cutting, shaping, and creation of complex, delicate shapes. If you have a raw material to use, you can cut it into any imaginable shape.
There is no difficulty in piercing holes, creating bevels, or carving sharp corners and shapes with small inner radii – you can create all these with ease. Nesting, stacking and tabbing optimizes the very material you are wanting to use. But most importantly, this cutting-edge technology can significantly help in reducing your cutting times.
What we are living in nowadays is a world defined by expensive raw materials with a few limited resources. A waterjet cut width or its small kerf, together with its part-on-part nesting features are helpful in optimizing your use of the raw material, increasing cost-effectiveness.
By making use of nothing but pure water, you can easily and conveniently cut through elastomers, textiles, thin plastics, non-wovens, food products and a whole lot more.
Adding abrasives to the water element enables you to seamlessly cut your way through harder materials including bulletproof glass, metals, ceramics and many more. An abrasive waterjet system will also let you cut thicker materials.
Another advantage of waterjet cutting technology that can be demonstrated here can be applied on unusually thick metals. With the right combination of an orifice, mesh and the right amount of abrasives as well as by making sure tube diameters are focused, you are certain to reach cutting speeds that are indeed cost-effective.