Articles

The Fanuc M-710iB Series

The Fanuc M-710iB robot series offers a wide range of electric servo-driven robots with a wide work envelope and minimal floor space requirements. The M-710iB series can also be mounted in a variety of ways such as floor, inverted ,wall, shelf, or angle. The robots in the M-710iB series also offers fail-safe brakes, an extremely rigig design, and the smallest Joint 2 interference zone in the industry. If a robot in the M-710iB series sticks out to you, contact Robots.com experts today to begin your integration process.

The Fanuc M-900iB Series

The Fanuc M-900iB robot series is ready to tackle your heavy duty material handling tasks. It brings six axes of freedom with its high speeds and large payload capacities. The Fanuc M-900iB industrial robot offers users the ability to bring automation to their material handling application to help increase the overall productivity, efficiency, and accuracy of your process. Contact Robots.com experts today to start the integration of one of the Fanuc M-900iB series.

The Fanuc M-900iA Series

Fanuc's M-900iA series can handle almost any job in the harshest of manufacturing environments as these are engineered for precision, high-speed/high payload operation, user-friendly setup, and maximum reliability. The Fanuc M-900iA series is a six-axis, modular construction, electric servo-driven family of robots that brings a small footprint and reduced controller size to help save on floor space. There are a wide range of M-900iA robots available to tackle a wide range of applications such as material handling, machine loading, machine unloading, heavy duty spot welding, large sheet or panel handling, glass handling, casting operations, and material removal applications. Contact Robots.com experts today to start your integration process.

What do the KUKA abbreviations represent?

KUKA stands for Keller und Knappich Augsburg and they specialize in manufacturing industrial robots. The abbreviations in the KUKA robot names delineate the job they specialize in accomplishing. Robots.com experts have provided a guide to help better understand what these abbreviations represent.

What do the Fanuc and model letters represent?

​The Fanuc robot letters at the end of their names help to explain the specific model and purpose of the robot. Fanuc stands for ‘Fuji Automatic Numerical Control' and they are one of the largest robotic companies in the world. Contact Robots.com representatives today to integrate a new or refurbished robotic system onto your production line.

How Accurate Is a Robot Weld?

If your welding production line is seeking greater accuracy and a higher quality product, consider integrating an industrial robotic through Robots.com. A robotic weld can produce higher quality welds by eliminating the variables that disrupt the final weld quality product. Robots can also help to reduce excessive weld burn through, lack of weld fusion, and slag entrapment. Contact Robots.com experts today to increase your profits and reduce costs and waste.

Nickel Welding Automation Using Robots

Nickel and Cobalt base alloys can be done with robotic automation systems. Integrating a robotic system onto a production line will help to increase the overall accuracy and precision on the production line. Contact Robots.com experts today for more information on integrating a new or used industrial robotic automation system.

Magnesium Welding Automation With Robots

Industrial robots can handle just about any task you throw at them, including magnesium welding. Magnesium welding is performed for primary manufacturing or repair and helps manufacturers increase their productivity and efficiency. Contact Robots.com experts today for more information about integrating a magnesium welding robot.

Aluminum Welding Automation

Aluminum is one of the most difficult alloys to weld, melting at a much higher temperature. Therefore, it is important to properly clean the aluminum oxide surface before welding. Contact Robots.com experts today for the perfect robotic solution for your aluminum welding automation system. ​

Copper Welding With Industrial Robots

Industrial robots can accomplish a wide range of welding materials such as copper and copper alloys. These make unique combination for any manufacturing environments because of their electrical and thermal conductivity, outstanding resistance to corrosion, ease of fabrication, good strength, and fatigue resistance. If you are interested in integrating a welding solution on your production line, contact the experts at Robots.com today.

Stamping Process

Stamping stations help to produce mass quantities of finished products. Stamping can form metal made out of sheets containing steel, aluminum, zinc, nickel, titanium, and brass. The four different types of stamping that can be completed on sheet metal are electric metal stamping, fourslide metal stamping, progressive metal die stamping, and short run metal stamping.

How to Trouble Shoot a Robot Making Defective Welds

Troubleshooting a welding system is imperative for detecting welding defects and reducing the chances of a reduced quality product. There are a variety of ways to check for welding defects in your system such as checking for shielding gas leaks and flow and spatter, replacing welding tips and liners regularly, checking welding wire, and checking the stick out height or push pull angles. For more information on checking welding defects, contact Robots.com experts today.