Software Features

SPC: Saving Process Parameters Statistical process control (SPC) is a software/hardware feature that saves selected program parameters in real time as a part program is... Read More

Statistical Process Control (SPC) is a feature within the S94P software which can save selected machine and program parameters to a file as a part... Read More

The SmartTechniques have been driven by the market. Our Engineering and Applications team have a culture of accepting laser processing challenges and provide creative solutions... Read More

MTConnect® is a communication standard used in the manufacturing industry for reporting the current status of a machine tool. MTConnect is an open protocol for... Read More

Prima Power Laserdyne’s SmartComp™ corrects the programmed position and angle of the laser beam in real-time for parts for which: The center of the part... Read More

S94P has several functions, User Log, Error Log, and Error Lookup that can help communication and track production issues. The User Log allows to you... Read More

VERSION 2.5.1 Software provides processing improvements with new techniques and improved pulse-shaping capability. The result is the opportunity to reduce part cycle-times, improve efficiency, and... Read More

Microsoft no longer supports the Windows XP operating system. Prima Power Laserdyne has a process to field upgrade systems with the S94P controller from Windows... Read More

Precision in laser processing does not come simply from having an ultra-precise machine. Achieving tight true-position tolerances in real-world parts requires a thorough understanding of... Read More

It is common for precision laser cutting and drilling applications to require probing of one or more reference surfaces of a part once fixtured in... Read More

The Advanced Training Classes held in Brooklyn Park during January and February included demonstrations of a number of important but often underused features of the... Read More

Prima Power Laserdyne Applications Engineers have developed several novel capabilities for laser cutting, welding, and drilling based on LASERDYNE exclusive advanced control of fiber lasers.... Read More

The video above shows a simple application of LinPerf™, one of the new features of S94P software version 2.4. LinPerf, short for Linear Perforation, provides... Read More

Manufacturers are adopting tools such as the LASERDYNE SPC (Statistical Process Control) Data Acquisition feature in an effort to more thoroughly document and control their... Read More

Users of LASERDYNE machines now have another tool to help them on their journey toward the ‘Smart Factory’, one of the key goals of Industry... Read More

A circular move (circular interpolation) requires the following commands: Interpolation plane: Specify an interpolation plane (especially if the desired interpolation plane is different from the... Read More

During part processing, there may be a need to monitor and/or record real time system data. For example, the output energy from the laser may... Read More

The S94P control has a feature that makes it easy to initialize groups of variables that have the same starting value. The following examples will... Read More

It is common to use the Block Delete function to prevent the system from using AFC, from firing the laser, or for passing over a... Read More

You have just finished setting up a part that will run for several hours, late into the evening. You would like to have the part... Read More

Program $PUSHSTATE to save certain system states, typically at the start of a subroutine; then program $POPSTATE at the end of the subroutine to restore... Read More

The LASERDYNE S94P commands $INDATA and $INSDATA provide users of LASERDYNE systems greater flexibility and efficiency in creating programs that require or benefit from operator... Read More

Two S94P programming functions – $STOP and $ABORT – are available to halt program execution in case any user-defined condition occurs. These functions have been... Read More