LPS Bossard Pvt. Ltd.

Bossard - Clinching technology is a revolutionary method of joining two or more metal sheets without the need for additional fasteners such as screws , bolts, or rivets . This process utilizes a specialized tool that creates a clinch joint by deforming the sheets and interlocking them together. The result is a strong, permanent joint that is resistant to shear and tension forces.  Clinching process begins by positioning the metal sheets that need to be joined. The clinching tool is then positioned over the sheets, and the punch is forced into the sheets using hydraulic pressure. The punch deforms the metal sheets, forcing them to interlock with each other. As the punch moves back up, it creates a small ridge or clinch on the underside of the sheets. This clinch forms the basis of the joint and provides its strength and durability.  One of the key benefits of Bossard clinching technology is its ability to join dissimilar metals with varying thicknesses. Unlike other joining methods, s

We have all experienced loose screws or nuts . Whether it’s a loose fastener on a piece of machinery or on our glasses, it happens. But it doesn’t have to; what causes the loosening of fasteners and how can you prevent it? How to Prevent Fasteners Loosening  To understand what causes fasteners to loosen, it is important to understand the self-locking principles of a joint. When tightening a fastener, friction is introduced in the thread and bearing areas. Maintaining this friction is the key to preventing fasteners from coming loose. External, dynamic forces, such as vibration can result in loss of friction, causing the fasteners to rotate loose if the forces are high enough. One way to prevent this is to ensure proper clamp load into the joint and use longer bolts with clamping range of at least 5x’s the diameter. This causes the bolt to act like a spring, and not lose friction when external forces act upon it. Using Nord-Lock Washers  Often times joints cannot be designed with lon

Fastening technology is a critical aspect of various applications in industries ranging from construction, automotive , aerospace , and more. It involves the use of various fasteners to join two or more parts together. Fasteners can be classified based on their design, function, and the method used to secure them. In this blog, we will discuss four types of fastening technologies – Standard, Direct, Securing, and Anti-Loosening.  Standard Fastening Technology: Standard fastening technology refers to the traditional method of using nuts , bolts , screws , and washers to hold two or more parts together. These fasteners come in a range of sizes and materials to suit different applications. The most common materials used for standard fasteners are steel, brass, and stainless steel. The threads on the fasteners create a tight grip, securing the parts together. Standard fasteners are widely used in various industries, including construction, automotive , and machinery .  Direct Fasten

Robotic manufacturing relies heavily on fastening elements to ensure that the various components are securely held together. With the increasing complexity of robotic systems, the fastening solutions used in their manufacturing are becoming more critical than ever before. In this article, we will explore some of the common fastening elements used in robotic manufacturing and their importance.  Screws: Screws are one of the most common fastening elements used in robotic manufacturing. They are widely used because of their ease of use and versatility. Screws are available in various sizes and shapes, with different thread types and heads to suit different applications. They are typically used to attach two or more components together and ensure that they remain secure even when subjected to vibrations and other forces.  Bolts: Bolts are similar to screws, but they are typically larger and more durable. They feature a threaded shaft and a head that can be tightened with a nut to ho

Industrial robots are critical in the manufacturing process, and they are relied upon to perform various functions such as assembly , welding  etc. The efficiency of these robots largely depends on the quality of the fasteners used to hold the different parts together. Fasteners for industrial robots must be able to withstand high stress and pressure, as well as exposure to harsh working conditions. In this blog, we will take a closer look at fasteners for industrial robots.  Types of Fasteners for Industrial Robots  There are several types of fasteners that are commonly used in industrial robots . Let's look at some of them:  Screws : These are the most commonly used type of fasteners in industrial robots. They come in various sizes and shapes, and they are used to hold different parts together.  Nuts and Bolts : Nuts and bolts are used to hold two or more parts together. They are preferred when there is a need for quick and easy assembly.  Washers : Washers are used to distrib

  LPS Bossard is one of the leading names in the fastener and assembly solutions industry. With 25 years of experience, LPS Bossard offers an extensive range of products and services to meet the needs of its customers. The company's commitment to innovation, quality, and customer satisfaction has helped it establish a strong presence in the market and gain a loyal customer base. One of the key strengths of LPS Bossard is its vast assortment product range. The company offers an extensive range of fasteners and assembly solutions , including screws , nuts, bolts , washers, and more. The product range is designed to meet the needs of a wide range of industries, including automotive , electronics , aerospace , medical , robotics , railway technology and more. LPS Bossard's assortment products are known for their high quality and reliability. The company uses advanced manufacturing processes and state-of-the-art technology to ensure that its products meet the highest standa

Fastening solutions for electrical cabinet applications are designed to secure and protect electrical components within an electrical cabinet. There are several types of fastening solutions, including: Screws : Screws are the most common type of fastening solution and are used to secure panels, covers, and other components within an electrical cabinet. There are various types of screws, including self-tapping screws, machine screws, and wood screws. Nuts and Bolts : Nuts and bolts are also widely used in electrical cabinet applications. They provide a secure and durable connection between two components and are often used in high-load applications. Rivets : Rivets are fasteners that are used to join two components together. They are often used in applications where access to the backside of the components is not possible. Adhesives: Adhesives are another fastening solution that can be used in electrical cabinet applications . They are ideal for attaching small components, s

In today's fast-paced and ever-changing manufacturing landscape, companies face numerous challenges when it comes to streamlining their operations and reducing costs. One of the key ways to address these challenges is by using multifunctional fasteners . Multifunctional fasteners are designed to perform multiple functions within a single assembly or manufacturing process . These fasteners can simplify and streamline operations, reducing the number of steps and components required to complete a task, and ultimately reducing costs. One of the key benefits of multifunctional fasteners is that they are highly versatile. They can be used for a range of applications, including fastening, connecting, and locking components . This makes them ideal for use in a variety of industries, including automotive, aerospace , and electronics . Another important benefit of multifunctional fasteners is that they are designed to be easy to use. Many of these fasteners have simple, user-friendl

When you begin looking for fastening solutions at Bossard , you’ll observe that we hold a diverse variety of screws and bolts. One way to differentiate one from the other is through the style of head that they have. The following are some of the most familiar varieties. While head styles do have a particular purpose in building a mechanical joint, you can discover which is most suitable for your assembly by contacting your local Bossard India representative. Countersunk Screw Heads If a screw has angles under the head, it needs countersinking to stop the wood from separating during drilling or other force. Countersunk screw heads contain the following: Flatheads sit flush against the surface of the material being screwed, which makes for a cleaner appearance and stops anything from being caught on them. If you’re fastening wood or plastic laminate elements, a screw cover conceals the head entirely. Roundheads , which are also known as raised screw heads, use angles similar t