Gears are mechanisms used to transmit rotary motion and torque from one shaft to another, or between various machine components, and mechanical instruments.
Laser Cladding of Tungsten Carbide
In applications like mining, and many marine applications, the tools are subjected to a very high amount of abrasion. For this, the tools must be very hard and must have high abrasion resistance.
Dissimilar Materials & Metals Welding
Two materials of different composition are fused together for various applications. This is done by welding dissimilar metals. One example of welding dissimilar metals is battery welding.
Laser technology for Lithium ion Battery Welding
A battery Cell is basically a kind of storage device which stores energy in chemical form. When required, this chemical energy is converted to electrical energy.
Laser Welding of Copper
With the recent norms and growing demands for Electric vehicles, the requirement of batteries is increasing. Copper being a good conductor finds multiple uses in batteries
Laser Cladding of Turbine Blades
There are various conventional cladding/welding technologies available for repair of turbine blades like PTA , GTAW etc.
Difference between Fiber Lasers vs Diode Lasers vs Co2 Lasers
The most commonly used laser systems for industrial applications like welding, cutting , marking and material processing are namely CO2 laser, Fiber laser and Diode Lasers.
Conventional / Induction Hardening vs Laser Hardening
Hardening is one of the oldest metallurgical processes known to mankind, originally, in the form of heating the sword and then dipping it in water to achieve hardness.
Laser And Laser Automation
In 1960, when Laser was first invented, it was regarded as a device looking for applications. Today, in the 21st century, it is difficult to find any field where laser cannot be used.