Author: jyhprototype

  In manufacturing, CNC machines come with varied axes capabilities: 2-axis, 3-axis, 5-axis, 9-axis, or even 12-axis. However, up to 5-axis machines are the most common ones. This might confuse you about which one you should use for the best results, keeping the cost within your budget. So, you require...

Are you lost in the sea of tool options for CNC work? Choosing the wrong end mill or insert can ruin a part, eat up hours, and pose a heavy budget impact. Whether you are just setting up your first mill or manage a bustling job shop, knowing the ins...

  Are you facing difficulties in creating medical components that need a specific level of safety, precision, and accuracy? There’s some good news that with medical injection molding, you no longer need to worry about high accuracy, consistent quality, and cost-effectiveness.  Yes, this method allows you to maintain a level of...

3D Printing vs CNC Machining— as a design engineer, you’ll likely face the choice that which manufacturing technique best suits your project? Taking the wrong route can lead to wasted time, cost overruns, or even a failed product. An informed decision, whether a subtractive method like CNC machining is needed...

Should a component be turned or milled? Is 3-axis machining sufficient, or does the project require 5-axis? Okay, a wrong selection of the CNC machining process may result in costly delays, tolerances, or excess spending. In this CNC machining processes comparison, we will describe each major method along with a...

  Injection molding is a popular manufacturing method for plastic parts. This technology is efficient for high-volume production, maintaining repeatability and cost-effectiveness. However, any deviation in tooling,  process variables, and raw material quality causes various defects in molded parts. A flow mark in injection molding is one major defect that influences...