A:Yes, we offer a range of customization options including:

  ●  Customized travel lengths

  ●  Specific load-bearing capacities

  ●  Mounting configurations

  ●  Precision upgrades for specific applications

A: CNC milling machines are used to precisely and accurately cut metal and wood materials. However, the range of products and parts that can be cut with a CNC milling machine is almost limitless, as the machine can cut a vast array of shapes and angles.

A: Summary. So as we've discussed, the CNC machining process can be challenging to master but it is certainly not out of your reach. You should expect it to take over 3 years of hard work to master but it can take just a few hours of easy tutorials to create basic parts.

A: The CNC Milling process involves multi-point cutting tools controlled by a computerised programme that reads and translates machine paths. These machine paths originate from CAD/CAM software (Computer-Aided Design/Manufacture) programmes used to create a computerised design of the product.

A: However, CNC milling also has some drawbacks, such as the high initial investment and maintenance costs, the need for skilled operators and programmers, the risk of errors and breakdowns due to software or hardware issues, and the potential waste of material and energy.

A: Milling and CNC machines cut away material using rotating blades, which can throw or eject dust and chips at high speed. ➢ Flying chips present an eye injury hazard. ➢ Fine dust can be a respiratory hazard. ➢ Mills can also be very loud, which can impact hearing as well as drown out voices and alarms.

A: Generally, CNC routers are designed to cut softer materials. However, softer materials can fall under a wide range – wood, plastic, and even softer metal, like aluminum. Meanwhile, milling machines are made to cut metal. Milling machines can cut any metal, from soft aluminum to hard titanium.