3 Factors That Affect Machining Turn Speeds And Feeds
Machining streamlines the way that manufacturers manipulate raw materials into finished products. Turning is one manufacturing process that can be completed efficiently using machining equipment.
Proper turning speeds and feeds are calculated using many different factors. You must be familiar with these factors if you want to maximize the efficiency of your machine shop in the future.
1. Machine Condition
You should always begin the turning process with an evaluation of the condition of your machine.
Older machines or machines that receive heavy use could have a lot of wear on their mechanical parts. Machines that are used to work with hard or abrasive materials can also sustain serious wear.
You will need to dial back your turning speeds and feeds when using these compromised machines. Adjusting your turning speeds and feeds to match the condition of your machine will allow you to complete the turning process without causing any additional machine damage.
2. Machine Capabilities
Other factors to consider when calculating proper turning speeds and feeds are the capabilities of your particular machine. Each machine must be programmed differently in order to achieve optimal results.
When you are using a CNC lathe turning center machine, both the tool and the part can be put into motion. This gives you the ability to adjust the turning speeds and feeds at different points within the project.
A manual lathe turning machine only allows the part to be put into motion. These machines must be programmed with optimal parameters at the start of the project to avoid any problems caused by improper turning speeds and feeds.
3. Machining Conditions
The machining conditions you will be working with can influence the proper turning speeds and feeds.
Conditions like the fixture of the workpiece, the presence of a cooling delivery system, the design of the cutting tool holder, and the machine's maximum horsepower and feed rate will each have an impact on a machine's performance during the turning process.
You must adjust your turning speeds and feeds to account for each of these unique operating conditions in order to protect your machine and ensure your finished product turns out right.
The equipment and processes used in machine shops can help reduce manufacturing time and minimize production labor requirements.
If you plan to engage in turning processes within your machine shop, you must be aware of the factors that influence turning speeds and feeds. This knowledge will help you adjust your operational parameters to optimize your results.
For more information about CNC machining, contact a machine shop near you.
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