How to Define Optimization in CAM software
Some CAM vendors refer to optimized software as the software best suited for the types of machines, processes or parts being programmed. […]
Digital prototyping help mold design
Digital prototyping gives designers and engineers the ability to virtually explore a complete product before it is built—so they can design, visualize and simulate products from the conceptual design phase through the manufacturing process. By using a digital prototype, users access real-world performance of a design with less reliance on costly physical prototypes. [...]
Choose a right CAM Software for Hard Milling
In the hard milling process there are a number of concerns. For example, a build-up of heat during the cutting process can cause premature tool wear, trapped/welded chips, spindle growth, spindle/cutter vibration and part piece rigidity. […]
CAM Software has been Developing
The biggest change happening in the CAM industry isn’t in the software products themselves, but in the way CAM companies must now do business. Their customers are moving away from controlling everything within the four walls of a single plant and toward a global supply chain. […]
What should we consider in Tooling in HSM
This component includes both the toolholders and the cutting tools where certain standards must be taken into account in order to be successful in HSM applications. The specified standards pertain to balance, concentricity and spindle connections. […]
What is Micro-Milling Technology?
In order to achieve the quality and accuracy required in micro-milling while meeting economic constraints, the entire manufacturing chain must be optimized and synchronized. Vendors of CNC machines, cutting tools, holders, clamping tools and quality control equipment are all required to provide the right solution at a competitive cost. […]
What are Necessities of High-Speed Moldmaking?
The need to maximize machine utilization and capability is a constantly increasing one. Modern machine tools with spindle speeds of 60,000 to 80,000 rpm represent real opportunity to achieve those goals, and are a big part of the ability to achieve high-speed machining (HSM). […]
Requirements of CAD/CAM systems in micro-milling
Everyone intuitively understands that milling machines, holders and tools are difficult to scale down to the microscopic dimensions and extreme accuracy needed for micro-milling. At first glance, software might seem to be an easier fit. […]
Introduction to Hard Milling with Ceramics—Application
Proper application of speed and feed for the material hardness are critical factors for good tool life when hard milling with ceramic inserts. Unfortunately, depth- and width-of-cut, as well as cutter lead angle, are commonly overlooked. A basic understanding of how these factors influence tool life can make a huge difference in metal removal rates. [...]
How to do a best programming in HSM
This component refers to the programmers and their available options. Clearly, the software (CAD/CAM) available to the user dictates many of the programming variables from which they can choose. […]