LPS Bossard Pvt. Ltd.

  In the dynamic world of manufacturing and engineering, fasteners play a crucial role in ensuring the integrity and longevity of assembled components. When it comes to threaded connections, issues like thread damage, wear, and stripped threads can pose significant challenges. This is where Helicoil inserts come to the rescue, offering a reliable and effective solution for thread reinforcement. While widely known for its use in stripped thread repair for bolted joints, threaded inserts also allow for a strengthened threaded hole in softer materials like wood, plastic, composite sandwich panels, and softer metals such as aluminum. This attribute gives helicoil inserts an important role in today’s modern manufacturing with 3-D printed parts, lightweighting, composites, and increased use of plastics.  What are Helicoil Inserts? Helicoil inserts are precision-engineered coils of wire with a diamond-shaped cross-section. These inserts are designed to be installed into a tapped ho...

Today’s automobiles aren’t like the vehicles of yore, especially with breakneck advances in technology transforming their manufacturing processes. With the evolution of lightweight construction, disruptive trends like autonomous driving, and new challenges throughout the transportation industry, the vehicles of the future won’t look like anything you currently see. As e-mobility takes off, automakers throughout the industry are turning to lightweight materials and multi-material designs to make their conventional and electric vehicles safer and more sustainable. The growing use of these elements demands fast, efficient, and effective fastening solutions. Key Challenges in the Transportation Industry As more automakers incorporate electric drivetrain technology and renewables into their vehicles, the demand for lightweight materials continues unabated. That poses several unique challenges for automakers: Making effective use of disparate materials, including fiber composites, sandwic...

  It may be surprising to learn that only 15 percent of the total cost of a fastener comes from itself. The remaining 85 percent stems from other activities like procurement, logistics, and assembly prep. So, if you’re looking to reduce costs by examining your fasteners, you need to reduce the number of different ones that you use. Helping you define what fasteners to rely on is the core of Expert Assortment Analysis . It assists you in determining head shapes, recess types, materials, property classes, platings, and dimensions. When utilizing this method, there are many advantages: Cut unnecessary elements by looking for similarities and substituting when possible. Reduce the complexities of purchasing, warehousing, and assembly by defining the fastener assortment from which you can pick. Increase productivity, which improves profitability. You can choose from three service packages: Basic analyzes your entire production line to look at the assembly tech, such as fasteners, the a...

In critical industrial processes and systems, especially in medical and life science applications, ensuring fluid integrity is paramount. Fluid management solutions play a crucial role here, and material compatibility is a key factor. A mismatch in materials can lead to costly maintenance due to leaks, contamination, and corrosion. Leveraging our industry expertise, Bossard offers a comprehensive range of Fluid Management Solutions, including extruded tubings, flexible hoses, and connectors in various material and style combinations tailored to your specific applications. When it comes to medical applications, selecting the best connector solution is essential due to the myriad of risks and options. The selection process requires a thorough analysis to ensure that connectors are compatible with the physical, chemical, and biological environment, are easy to use, and help prevent misconnections. Below are some of our top product solutions designed to meet these rigorous demands. For m...

  In the realm of electric vehicles ( EVs ), the Body in White (BiW) refers to the stage of automotive manufacturing where the car body's sheet metal components have been welded together but before moving components, electronics, and trims are added. This phase is crucial as it lays the foundation for the vehicle's structural integrity and safety. As the automotive industry shifts towards electric vehicles, the BiW needs to adapt to accommodate the specific requirements of EVs, including battery housing and weight distribution. This evolution has prompted innovations in fastening technology to ensure that these vehicles are not only safer but also more reliable over their lifespan. One significant advancement in BiW for EVs is the use of high-strength and corrosion-resistant materials in fasteners. These materials help withstand the stresses and strains that EVs experience, thus enhancing the overall safety standards. Key fastening solutions employed in innovative BiW des...

Hardness defines how a material resists permanent deformations such as indentation. Because measuring this characteristic is a mature technology, several hardness methods are available that produce different hardness values. Parts like fasteners are typically tested at heat treatment to affect the process and the outcome. However, these tests are also conducted on raw materials for high-strength fasteners or some coating finishes. Advantages of Hardness Testing Such tests are quick and easy, relatively inexpensive, and can work on finished components since they do not destroy the specimen, which can be of any size and shape, such as a fastener. In general, mechanical hardness tests rely on an indenter made of tough material, such as hardened steel, carbide, or diamond. It presses into the surface of the test component at a specific force. The hardness values come from either how deeply the indenter penetrates or the size of the indent with smaller indents signifying harder ma...

In many ways, standardization enabled the industrial revolution to occur and greatly improve lives around the globe. Standardization of parts and manufacturing processes make it possible to manufacture goods in an efficient manner. It also makes it possible to automate the supply chain to ensure you have the optimal number of materials needed to continue industrial processes. Hence, the SmartBin Cloud inventory and supply system streamlines the entire process. How the SmartBin Cloud System Works Internet of Things ( IoT ) refers to the real-time data shared via Wi-fi, Bluetooth, cellular, and other “cloud-based” technologies. As more and more people, organizations, and even computerized equipment go online, the IoT digital transformation grows at an exponential rate and enables real-time data sharing. That data sharing makes it possible for the SmartBin Cloud system to track inventory levels in real-time and send shipments to replenish your supplies before they run out. The sta...

In the realm of industrial innovation, MM-Welding® technology emerges as a game-changer, redefining the very essence of fastening methodologies. This groundbreaking technique harnesses ultrasonic energy to forge frictional positive connections within porous materials, sheet structures, sandwich materials, injection-moulded, and pressure mouldings. At its core, MM-Welding® utilizes rod or collar-shaped thermoplastic elements to seamlessly fasten components, offering a myriad of benefits that propel it to the forefront of modern manufacturing. Key Features: Unprecedented Strength: Surpassing conventional fastening methods, MM-Welding® delivers connections of unparalleled robustness, ensuring durability and reliability in various applications. Tolerance Adaptability: With the ability to accommodate variances in component dimensions without necessitating pre-setting, MM-Welding® offers unparalleled versatility and ease of implementation. Clean Processing: Eliminating the need for additi...

  In today's manufacturing landscape, composite and plastic materials play a crucial role in various industries, from aerospace to automotive and beyond. However, effectively fastening these materials presents unique challenges that require innovative solutions. In this blog post, we delve into the world of fastening technologies tailored for composite and plastic materials. Understanding the Landscape Importance of Knowing Options: Selecting the right fastening solutions begins with understanding the available options. Whether you're designing medical devices or aerospace components, knowing what works best with composite and plastic materials is essential. Challenges in Fastening: Designers and engineers often encounter challenges at every stage, from initial design to final assembly. These challenges necessitate careful consideration and innovative approaches to achieve optimal results. Exploring Fastening Technologies Polymer Matrix Fibre Reinforced Laminate Mat...

In the intricate world of manufacturing, the key to a successful and robust product lies in the smallest of details. We understand the significance of every component, which is why our extensive product solutions encompass a selection of over 200,000 standard and branded articles available directly from stock, with the flexibility to cater to your specific application needs. Fastening Technology: Standard Fastening Elements: We provide a wide array of standard fastening elements , ensuring that your assembly process is efficient and reliable. From nuts and bolts to washers and screws, our offerings cover it all. Direct Assembly Screws: Streamline your assembly process with our direct assembly screws, designed for precision and ease of use. These screws are engineered to enhance the efficiency of your production line. Securing and Anti-Loosening Elements: Our range includes elements dedicated to the security and integrity of your product. Prevent loosening issues and en...