Terminal (negative and positive) are the two parts connecting between connector and circuit. It can also be welded to make a module or pack in a certain design. These parts should also be well handled to have good current transmitting property. Therefore, fiber laser/hybrid wave welding is the best.
Meera Laser Solutions
Meera Laser Solutions is a decade-old organization with experience in providing customized Industrial Laser solutions to various organizations across the globe. MLS started in the year 2010, and we have been augmenting our wings in providing World-Class quality in the field of Laser industrialization.
To win with innovation is what we follow. To keep updating yet staying true to our technical roots.
To maximise customer’s production with technological advancement and to rule the roost when it comes to cutting edge Integrated Laser Solutions and to emerge as a Global Leader.
MLS is committed to providing superior quality to our customers through onsite quality control during every workflow.
We tailor Laser Solutions to your business, your goals and your budget
With a decade of experience, we have established ourselves as a trustworthy company
in providing customised Industrial Laser solutions to various organisations across the globe.
With extensive experience in the manufacturing of laser welding machines, we design customized solutions that will meet your requirements of processing speed, bonding quality and automation. MLS is a laser system manufacturer that provides efficient, innovative and safe solutions for the most demanding industrial applications.
Our 3D Laser technology produces extremely accurate and complex laser cut geometry on angle, box, channel, pipe and tube, offering increased flexibility as well as rapid turnaround times on high quality products. Cutting by laser reduces the need for traditional manual processes such as sawing or drilling, representing a significant saving.
Laser hardening is a method aimed at improving component’s wear behaviour. During laser hardening, also known as surface layer hardening, the energy from the laser beam is applied directly to the component surface. The surface layer is heated up to the hardening temperature (>1000°C) in a reduced area within a very short period of time.