Fasteners for Industrial Robots

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 distribute the pressure of the fastener evenly. They help to prevent the fastener from loosening and ensure that the parts stay in place. 

Adhesives: Adhesives are used to bond two parts together. They are preferred when there is a need for a permanent connection, and they are ideal for joints that are hard to reach. 

Rivets: Rivets are used when there is a need for a permanent connection. They are ideal for joints that are hard to reach, and they are preferred when there is a need for a strong connection. 

Factors to Consider when Choosing Fasteners for Industrial Robots 

When choosing fasteners for industrial robots, there are several factors that you should consider. These include:

Material: The material used to make the fastener should be able to withstand the stress and pressure of the working environment. Common materials used for fasteners include stainless steel, titanium, and aluminum. 

Size and Shape: The size and shape of the fastener should be chosen based on the application. The fastener should be able to fit into the space provided, and it should be able to hold the parts securely.

Corrosion Resistance: The fastener should be resistant to corrosion. This is important, especially if the industrial robot is used in a harsh environment. 

Strength: The fastener should be strong enough to withstand the pressure and stress of the application. The strength of the fastener is determined by its size and material. 

Cost: The cost of the fastener is an important factor to consider. It is important to choose a fastener that is affordable and offers good value for money. 

Multifunctional Fasteners for Industrial Robots 

Wedge-locking fasteners
ecosyn-lubric®
Hexagon socket cylinder head screw with flange
Locking nuts
ecosyn®-MRX

Clinching Technology for Industrial Robots 

Self-clinching nuts
Self-clinching threaded studs
Self-clinching threaded standoffs

Coatings for Industrial Robots 

precote®
Nyseal®
Zincflake
Zinc nickel

Fastening Solutions for Collaborative Robots 

Threaded inserts for light metal and plastic materials
Stainless steel fasteners
Thread-forming screws
ecosyn®-fix
ecosyn®-grip
Ribbed lock washers

Rivet Technology for Collaborative Robots 

Blind rivet nuts
Blind rivets
Structural blind rivets
Speed rivets

Electrical Solutions for Collaborative Robots 

Cable glands
Industrial enclosure
Cable mountings
Wiring ducts ,
Electrical contacts

In conclusion, fasteners are an essential part of industrial robots. They are used to hold different parts together, and they play a critical role in ensuring the efficiency of the robot. When choosing fasteners for industrial robots, it is important to consider factors such as material, size and shape, corrosion resistance, strength, and cost. 

By choosing the right fasteners, you can ensure that your industrial robot performs optimally and lasts for a long time. 

Contact us if you have any requirement:

LPS Bossard India
e: india@bossard.com
p: +91-1262-205205 / +91-9817708334