A CNC Lathe is a machine used for cutting, moving and shaping material by means of machining. The term usually refers to a lathe that works on feeds and speeds in metric units such as mm, m/min or rpm.
It is a topic you may not have thought much about, but determining surface roughness is important. You see, dozens of factors affecting your product’s service life can be influenced by surface roughness. The only real way to know what those factors are, and improve your surface roughness, is to know what they are. Today we’re going to look at some of them.
CNC machining and conventional machining are a lot of things. In this blog, we will help you see the difference between these two and which one can be used as an aid to do your work easier.
While it is possible to select a good CNC machining manufacturer on your own, with the help of a few best practices, you can greatly improve your chances of success. Is it hard to find a machinery and tooling provider in China? Yes, it is a challenge indeed. The Chinese market offers so many options for seekers who need high-quality machinery. Still, it is overwhelming for those who don’t have time to do comprehensive product research or do not know what Chinese suppliers can provide.
The condition of maintaining the turning milling machine tool is very important. If you let the maintenance condition collapse, the tool life will be greatly reduced, affecting the accuracy of turned products, so it is better to make good maintenance for turning milling compound CNC machine tool.
Finding a good CNC machining supplier in China is no easy task, especially when you’re just getting started or your requirements are vague. In this article, I’ll provide some context and help you understand why finding a good CNC machining company can help you succeed in business.
5-axis CNC machining is a technology that’s made great strides in manufacturing. And if you’re wondering what the 5-axis is or how it can benefit your company, this is the article for you.
Hole machining programmingMachining is programmed as follows.O6501(T01 – 18mm diameter spot drill)G21 G17 G40 G80 T01T01 M06G90 G54 G00 X33Y30
Turning a small diameter hole inside a thin-walled part is best done with a spiral toolpath rather than a conventional straight axis toolpath. Spiral toolpaths use tighter paths to perform the cutting, causing less stress and chatter on the tool and allowing higher feed rates, resulting in a better finish. Additionally, the chip can be “caught” by the cutter’s rake face more effectively, meaning clogging is less likely. The result of all this is an improved surface finish and less tool wear.
3D printers are becoming increasingly popular and affordable, but using the machines remains a complex process. For example, most hobbyists will find it challenging to keep their 3D printers free from humidity and at the ideal temperature. Many might also struggle to comprehend if their filament requires a certain temperature or humidity level before printing. Considering that printer last longer when used at proper temperatures and humidities, 3D printers can enjoy greater control of their devices by using temperature and humidity monitoring and control equipment in the first place. Well, here’s how you can realize temperature and humidity monitoring and control in 3D printing to raise the life span of your device.
Are you curious about how to improve the machine’s service after grinding? Do you want to know how to eliminate flash during your grinding processes? When cutting your parts for the end user, are you trying to improve your production output or overall efficiency? There are some specific methods and techniques that can be taken into consideration that can help refine the machine, improve production output and meet the needs of the end user.
