CGTech recently announced the next release of their VERICUT simulation software, version 7.4.
VERICUT is used to detect errors and inefficiencies in CNC machining processes by letting users visualize the cutting path. By using simulations to detect collisions and near-collisions between machine components, VERICUT helps avoid machine damage.
This prevents costly replacements and repairs, and keeps the manufacturing schedule on track. This leads to faster processing, longer tool life and better part quality.
VERICUT can simulate a wide range of CNC machines, including Mazak, DMG MORI, Makino and other leading brands.
The new features include nearly 500 updates that respond directly to customer comments and requests. Increases in speed also help VERICUT improve workflow within an organization.
The overall goal of the update was to enable manufacturing engineers to better simulate the entire CNC machining process. This reduces the time spent in the programming and machining cycle and promotes the automation of manual tasks.
The update introduces a more customizable user interface with dockable panels and tabs. A new welcome screen provides easier access to common actions such as opening a new project or existing project.
The welcome screen also provides links to VERICUT's informational videos and tutorials. A new tool bar organizes tools into a parent/child hierarchy.
Simulation speed is enhanced by making better use of multiple processors and background processing.
VERICUT's CAM compatibility has also been expanded to systems such as Creo Parametric 3.0, CAMWorks and SOLIDWORKS. The MachiningCloud connects users with tooling suppliers including Kennametal's NOVO and Iscar's IQCloud.
A new module called "Force" has been added for industries such as automotive or aerospace that use automated machining. "Force" optimizes cutting speeds and calculates the most efficient and reliable way to cut various materials. This module is especially useful for tough materials like alloy steels or titanium.
Other updates include support of KUKA Robot Language (KRL), automatic checking of NC program syntax and automation of OptiPath through multiple setups. Tool selection now automatically generates "Start" and "End" points in the simulation as well.