LPS Bossard Pvt. Ltd.

  In electric vehicles, every component must perform with precision, reliability, and long-term durability -especially the chassis system. As the structural foundation of an EV, the chassis supports critical systems including the battery pack, suspension, steering, and braking assemblies. It must withstand continuous vibration, dynamic road conditions, heavy load distribution, and environmental challenges while ensuring vehicle safety and driving comfort. With increasing focus on lightweight vehicle architecture and high-performance mobility, fastening technology has become a critical factor in EV chassis design. Fasteners used in chassis applications are safety-critical components that must maintain consistent clamping forces under extreme operating conditions. Resistance to vibration loosening, corrosion, and temperature fluctuations is essential to ensure structural integrity throughout the vehicle lifecycle. At LPS Bossard India , we provide advanced fastening solutions engi...

The electric vehicle revolution is transforming the future of mobility, not only through advanced battery technologies and intelligent electronics but also through the engineering behind vehicle interiors. Modern EV interiors are expected to deliver superior comfort, safety, lightweight efficiency, and premium aesthetics - all while supporting long-term durability under demanding operating conditions. Inside electric vehicles, the emphasis is on driving comfort and passenger safety. Seats, dashboards, and infotainment systems must withstand continuous daily stress while maintaining durability, functionality, and visual appeal. As electric vehicle manufacturers focus on lightweight construction and premium interior experiences, fastening technologies have become increasingly important in supporting both structural reliability and advanced interior design. At LPS Bossard India, we understand that fastening technology plays a critical role in achieving these performance expectation...

Electrification demands absolute reliability where power meets performance. In EV architectures, the powertrain and inverter are critical systems that govern energy conversion, efficiency, and vehicle safety. Bossard delivers engineered fastening and smart logistics solutions tailored to the complex requirements of power management applications. Why Powertrain & Inverter Fastening Matters Powertrain assemblies and inverters operate under high thermal loads, vibration, and electrical sensitivity. Precision fastening directly impacts durability, conductivity, and overall system efficiency. Bossard Value in Power Management Systems High-Performance Fasteners Engineered fasteners designed for thermal resistance, vibration stability, and electrical grounding in inverters and motor assemblies. Electrical Conductivity Optimization Solutions that ensure reliable current flow, minimizing resistance and preventing energy loss in critical connections. Lightweight & Compact Desi...

Modern production environments demand speed, accuracy, and seamless material flow. Bossard addresses this need with advanced Pick-by-Light and Put-to-Light systems , designed to optimize last mile logistics within smart factories. These solutions eliminate inefficiencies in manual picking and kitting while enhancing traceability and operational control. What Makes Pick-by-Light & Put-to-Light Essential? Bossard’s light-guided systems use illuminated indicators to direct operators to exact storage locations, ensuring precise picking and placement of components. This technology transforms traditional warehouses into intelligent, responsive ecosystems. Key Advantages Error-Free Operations : Visual guidance reduces human error, ensuring near-zero picking mistakes Faster Throughput : Accelerates order fulfillment and production line supply Real-Time Inventory Control : Integrated systems provide live stock visibility Reduced Training Time : Intuitive light signals simplify ...

As the global automotive industry accelerates toward electrification, electric vehicles (EVs) are redefining engineering standards across design, materials, and manufacturing. From lightweight structures to high-performance battery systems, every component must deliver maximum efficiency and reliability. At the core of this transformation lies an often underestimated element- advanced fastening solutions that ensure structural integrity, safety, and seamless assembly. In today’s rapidly evolving electric mobility landscape, the performance of an electric vehicle (EV) depends not only on advanced batteries and power electronics but also on the precision and reliability of its fastening systems. As EV manufacturers adopt lightweight materials and complex architectures, the need for intelligent, high-performance fastening solutions has become critical. Bossard’s EV smart solutions are engineered to meet these demands- delivering strength, efficiency, and long-term reliability across eve...

On most shop floors, production delays are rarely caused by a lack of machines or manpower-they are caused by missing parts. A single unavailable component can stop an entire line, leading to downtime, inefficiencies, and increased operational costs. Despite this, internal material movement- the “last mile” from storage to the point of use - is often managed manually and lacks visibility. Last Mile Management addresses this critical gap with a practical, digital intralogistics solution built for real manufacturing environments. Making Material Flow Reliable and Predictable Last Mile Management ensures that materials, especially high-volume C-parts , are always available where and when they are needed. It connects central warehouses, supermarkets, and workstations through a digital system that continuously tracks demand and consumption. Whether the production setup involves work cells, batch production, or mixed-model assembly lines, the solution standardizes how materials are r...