Esd Workbench Manufacturer In India PowerPoint PPT Presentations

Messung Group – the pioneer of automation industry in India brings you Navonmesh – a unique initiative to make India proud with its best-in-class Make in India capabilities. Under Navonmesh, Messung presents world-class ergonomic industrial furniture with ESD protection: the AFM-PLUS series of ESD worktables, ESD chairs and stools, test & measuring devices, antistatic workbench and testing equipment, and ergonomic solutions for the electronic industry. Messung is the exclusive ESD chair manufacturer in Pune offering ESD safe chairs tested as per IEC 61340-5-1 safety standards.

CONSIDER MESSUNG WORKPLACE TECHNOLOGY: • A business unit of the reputed Messung Group • Gaining prominence as an innovative, reliable ESD chair manufacturer in India, who also offers world-class ESD tables and other workplace technology solutions in India • Offers world class looks and specifications at a competitive price Read on for 5 reasons why you should consider Messung for workplace technology solutions.

The constant evolution of warfare tactics and defence technology has led to massive restructuring of radar, telematics, propulsion and other systems used in military and space applications. Current systems are more compact, refined and demanding. Include highly sophisticated electronics which are smaller and more intricate than ever before. This has made electronic components even more susceptible to ESD damage. Electro-static accumulated charge can damage and destroy the minute and complex construction of today's miniature electronic parts. Just imagine the implications if an electronic component fails in a critical application like telematics of a missile, radar system of a tank or propulsion system of a submarine in the field. The risks and ramifications are immense, hence ESD prevention and protection are vital to improving reliability in defence electronics manufacturing and testing.

Today, electronics are an integral part of life - and industry. In Defence, Automotive, Pharmaceutical, FMCG, Education, Telecom, EMS, Power and many more, ESD protected areas are used for: • R&D • Electronics assembly • End-of-line testing • Repair • Training & didactic centres • Calibration stations, etc. An ESD work table is a crucial component of any ESD protected area. It dissipates harmful electro-static discharges away from the user and minimises damage to the critical components and sensitive electronic assemblies being produced or tested.

descrption -Today, electronics are an integral part of life - and industry. In Defence, Automotive, Pharmaceutical, FMCG, Education, Telecom, EMS, Power and many more, ESD protected areas are used for: •R&D •Electronics assembly •End-of-line testing •Repair •Training & didactic centres •Calibration stations, etc. An ESD work table is a crucial component of any ESD protected area. It dissipates harmful electro-static discharges away from the user and minimises damage to the critical components and sensitive electronic assemblies being produced or tested.

Today, electronics are an integral part of life - and industry. In Defence, Automotive, Pharmaceutical, FMCG, Education, Telecom, EMS, Power and many more, ESD protected areas are used for: • R&D • Electronics assembly • End-of-line testing • Repair • Training & didactic centres • Calibration stations, etc. An ESD work table is a crucial component of any ESD protected area. It dissipates harmful electro-static discharges away from the user and minimises damage to the critical components and sensitive electronic assemblies being produced or tested.

Turnkey solutions for Test & Measuring environmentsto enhance ease, safety and productivity

Electronics and the electronic laboratory environment are characterised by continuous and dramatic innovation since the 1980s. There has been rapid and remarkable development in the range and complexity of electronic components and devices, matched by complementary changes and growth in the laboratory environment. As electronics get smaller, more complex and sensitive, laboratory systems have had to keep pace, with advances in testing equipment, furniture, infrastructure and techniques.

Electronics and the electronic laboratory environment are characterised by continuous and dramatic innovation since the 1980s. There has been rapid and remarkable development in the range and complexity of electronic components and devices, matched by complementary changes and growth in the laboratory environment. As electronics get smaller, more complex and sensitive, laboratory systems have had to keep pace, with advances in testing equipment, furniture, infrastructure and techniques

Electronics and the electronic laboratory environment are characterised by continuous and dramatic innovation since the 1980s. There has been rapid and remarkable development in the range and complexity of electronic components and devices, matched by complementary changes and growth in the laboratory environment. As electronics get smaller, more complex and sensitive, laboratory systems have had to keep pace, with advances in testing equipment, furniture, infrastructure and techniques.

Electro-Static charge is an invisible menace that lurks inside your electronics production areas, including zones dedicated to Research and Development, Manufacturing, Testing and Storage. Very simply, Electro-static charge accumulated on the work surface area damages electronic PCB assemblies and microprocessors, memory chips and other high impedance components which come in contact with it. We need highly efficient Electro-static dissipative surfaces and work areas where these sophisticated electronic components are used.