Using Milled Parts in Robotics

By -

Technology continues to advance daily. With this, more robotic elements are used. Robots are used in some manufacturing plants and some are created on a recreational scope for private use. Regardless of the desired application, the moving parts must be consistent, made with precision and able to withstand constant movement.

#1. Mass Production Consistency

During the construction phase of creating the next trending robot, mill parts are made with consistency. The machinery used to create each moving spring or bearing uses a precise programming procedure to ensure exact dimensions. These numbers are saved for future use to ensure that replacement parts fit exactly as the originals did.

#2. Test the Fit

Prior to having a mass quantity of parts created, test a few pieces to ensure that there is a proper fit. Also test these parts for movability, functionality and durability. Once the parts meet the standards required for the application, continue with the initial order for completion.

#3. Stronger Materials

Select materials, such as titanium alloys, that will last beyond the life of the robot. Titanium is among the strongest metals in the world. It withstands high heat over prolonged periods of time without warping. It also withstands exposure to outdoor elements and extreme changes in temperature.

#4. Precision in Production

Work with a manufacturer that prides themselves on precision in production. Ensure that the quality control process includes the inspection of each part produced individually. This should include measuring and a quick test fit on a sample piece. Precision is required in robotics given the constant movement of the robot.

#5. Testing the Completed Machine

Once all of the milled parts, casings and electronic elements are in place, the testing phase must begin. This is the fun part of creating a robot. Test the capabilities of the machine to its absolute limits to see how it reacts. If any parts of the robot do not perform as expected, make the necessary changes and begin the testing process again. Always ensure that the product is ready for use before releasing it for sale or use in commercial settings.

Robots make many aspects of life and commercial production easier. In the home, robots can assist the disabled and act as a home security system. In commercial applications, robots can often reach tighter spaces for intricate work.

Leave a Reply

Your email address will not be published. Required fields are marked *

This site uses Akismet to reduce spam. Learn how your comment data is processed.