Gold jewellery Marking 

Hallmarking is the official method to determine the jewellery's authenticity in purity and fineness by testing done at assaying and hallmarking centers. This mark is used to prevent the oldest types of fraud, those of adulteration by the addition of too much alloy, and the similar fraud of selling jewellery undercarated. Laser technology has again proven the most reliable method in fulfilling these demands. AGNI Laser Marking is able to complete the hallmarking requirements; we will work to accomodate any of your integration needs.
 
Automobile Industry  

Laser used for mark a Model number, Logo, Barcode on automobile components such as Clutch Plates, Gears, Shafts, bearings, gas- kits and other metal and plastic components for tracibility of manufacturing date and batch number. All most exporters are exporting laser marked components and domestic market also preparing laser marked components.

Bearing Industry   

Laser also used to mark a Bearing number on bearing's surface. The fully automatic laser system can mark 700 bearing per hour. Our AGNI Laser marking system is proven design for bearing manufacturer. Software operated automation system is making laser system too advance and reliable. And it also remarkeble for power consumption and small spece requirement.

Diamond Cutting   

Diamond manufacturer are using laser to remove impurity from rough diamond. On first step of process manufacturer cut the part of rough diamond where they find impurity on diamond. After removing impured parts from rough diamond they got maximum purity on diamond. During this process they need high quality laser beam to save maximum weight of diamond while cutting and both cutted surface should be mirror surface. Our BRAHMOS diamond laser is one of qualified system of industry.

Laser Welding  

There are three areas that distinguish laser welding over the other two techniques. First, the heat applied is non-contact therefore produce clean process, which minimizes contamination of the weld joint. It also elimintes the necessity to apply contact pressure to the joint. Second, the heat applied to the object is localized and produce minimum Heat Affected Zone (HAZ). The duration of the heat pulse is controlled based on the required penetration depth of the process, and a uniform intensity distribution is achieved with fiber optic beam delivery. Third, laser welding process can be precisely controlled and lends itself readily to automation of the manufacturing process. Metals with low thermal conductivity as well as low optical reflectivity. Most alloys fall within this category, such as stainless steel, platinum alloys, Kovar, Berillium Copper, Nitinol, and Titanium. UGAM has successfully performed sample welds of these metals. 

Laser Cutting    

Laser cutting is an advantageous technology choice. A careful evaluation of the features of the most suitable cutting system guarantees optimum results in our all aspects such as reduction of total work times and increase in production quality. The technological advantage of Laser cutting is, above all, precise, clean and silent. The beam can be focalized on an extremely small area (from 0.1 to 1mm in diameter). The area in proximity to the cut edge has a very low heat alteration. The laser is a non-contact instrument that guarantees: total absence of mechanical pressure on the piece; absence of wear in the instrument; cutting capability independent of hardness of the material; capability of cutting coated or surface treated materials. Laser cutting also has a high degree of automation and flexibility able to offer: ease of integration with other automated systems; very high trimming capability; capability of adapting immediately to changes in production requirements. In many cases, laser cutting can produce finished pieces that do not require further processing (polishing, de-burring, finishing etc.). 

Part Tracibility  

Some time tracing the manufacturing date and batch number is too important for manufacturer, The laser technology is too helpfull for manufacturer of metal components and plastic components. Laser can print barcode or serial number on object which manufacturer can read by barcode scanner and trace the manufacturing date and batch number. This is a non-contact application so its too easy for any type of components.

Diamond Bruiting   

Diamond manufacturer also need laser for second process on diamond and its diamond bruiting. Before use laser technology, manufacturer used old method to do bruiting. The process was manual so manufacturer needs so many workers to do it. And they can not get production. By the laser technology one system can work in compare of 10 worker and with cheaper cost of labour.