Meera Laser Soultion

Ambattur, Chennai, Tamil Nadu

A battery assembly line is an efficient, automated system made for putting together battery cells to create full battery packs or modules. These lines play a crucial role in mass production by enabling manufacturers to create a high volume of batteries with uniform quality and precision. The cost, quality, and scalability of battery production are directly affected by the efficiency of an assembly line.

The automotive sector is one of the most important markets for our customers, manufacturers of pipes, or specialized vehicle components. To fulfill the high requirements of the automotive industry, suppliers work continuously to optimize their processes and products

Efficient. Safe. Affordable. Simple to use, easy to maintain Ideal for materials R&D, prototyping, small parts production, and education Open parameter library Offline build preparation

Slide Out Build Chamber The SP260 build chamber is designed to decrease machine downtime caused by powder and part removal, whilst ensuring operator access for all machine related processes. The design of the SP260 includes the ability of the build chamber to be drawn out of the machine and providing operators with essential access for powder and part removal.

The advantages of laser tube cutting are that it dramatically reduces production and overhead costs by virtually combining unlimited cutting configurations, eliminating intrinsic tolerances in many operations, as well as combining multiple operations in a single process step by step.

Fast laser cleaning for tire makers and automotive OEMs with solutions for surface cleaning, coating removal, and part marking in the tire production industry. 4 Jet systems provide non-abrasive mould cleaning, permanent tire marking, and other laser cleaning applications.

Our manufacturing system for the deposition of powder metal or wire onto a base metal (part) to metallurgical bond the dissimilar materials. Our cladding systems can be used for round or flat parts up to 30 meters standard (larger on request). We offer both Cartesian platforms and robotics-based systems. Laser cladding increases the life span for components by improving corrosion and wear properties. Laser cladding can be precisely placed with minimal heat input and distortion. The laser clad has low porosity and a fine microstructure. Automotive components, tools in the oil and gas industry, cylinders for mining, and tools and die all benefit from the wear protection provided by this process.

Laser shock peening is a surface engineering process used to impart beneficial residual stresses in materials. The deep and high magnitude compressive residual stress induced by laser peening increases the resistance of materials to surface-related failures, such as fatigue, fretting fatigue, and stress corrosion cracking. Basically, it is a result of laser-material interaction.

2D laser finishing is also known as flatbed cutting. The laser is a frequent application of CNC laser cutting. The major objective in the 2D laser contract processing is to flatten the thick material made up of steel, stainless steel, or aluminium with fine laser accuracy and high cutting speed. Our portfolio has the perfect machine to meet any need, regardless of the type of sheet metal you need to process. We offer targeted advice when choosing between CO2 and solid-state light beams and will be happy to find the best, most cost-effective solution for you. However, we are not only focused on reducing times: we are also trying to improve upstream and downstream laser cutting processes. In this case, we make sure you have your only supplier: machine, laser, automation, software, and a comprehensive international service network.

3D laser cutting machine can cut all kinds of auto forming parts with high efficiency, specially designed for auto thermal forming parts cutting in mass production. Automatic 3D laser cutting solution specifically designed for long, heavy tube and profile work. 3D cutting torch with tilting head Cutting a wide variety of tubes round, square, rectangular, as well as H, I, and L shapes.

Laser drilling is a non-contact process that focuses on high energy density, light cutting to drill holes in a wide variety of materials. Laser drilling is a highly adaptable, versatile, and reliable micro-manufacturing process used in a broad range of industries. We work with you to customize our laser manufacturing and post-laser processing to suit your specific drilling needs, including optimizing applications: micro-holes, hole ranges, blind wells, and specialized portals.

Uv Laser Engraving Machine is specially designed for fine marking and engraving, and micro-processing of special materials. It is especially suitable for marking, micro-holes, glass materials, and high-speed division of glass materials and silicon wafers carries out complex graphics cutting, etc.

Co2 laser marking machine uses CO2 gas in a sealed tube as a laser source to mark on organic materials like wood, glass, acrylic, etc. This laser system is widely accepted for product identification, serial marking, date stamping, etc.

Fiber lasers are best suited for high-contrast markings like metal annealing, etching, and engraving. They produce an extremely small focal diameter (resulting in intensity up to 100 times higher than a CO2 system), making them the ideal choice for permanent marking of serial numbers, barcodes, and data matrix on metals. Fiber lasers are widely used for product traceability (direct part marking) and identification applications.