Laser Cutting System - Cincinnati Incorporated

The CL-7A is a robust machine, engineered for a demanding operating environment where productivity is paramount.
A choice of resonators maximizes cutting performance for the application so accurate parts are processed quickly.
The CL-7A’s exceptional stiffness, fabricated gantry and motion control system are designed for optimum productivity.
Innovative, high-quality features abound in the CL-7A. The Windows 2000 operating system, Digital Signal Processor (DSP)
motion controller, fiber optic bus, parameter library and dual pallet design are uniquely integrated for optimum part processing.
All of these innovations, and more, combine to provide you with more parts per hour, every single day.
CINCINNATI Programming and
Nesting Software
This Computer Aided Manufacturing (CAM) software takes 2D
Computer Aided Design (CAD) files in DXF or IGES format and
converts them into the machine code necessary to run the
CINCINNATI laser. The software runs in a Windows ® environment
offline and on the machine. The active nesting capabilities can
improve material utilization by 30% over grid nesting.
The nesting program optimizes the tool path utilizing the
exclusive CINCINNATI Feature Avoidance Software allowing for
head down operation. By keeping the laser head in the down
position when moving from feature to feature, part and nest cut
times will be significantly reduced.
Periodic software upgrades ensure that the latest cutting
techniques are available to increase part quality and productivity.
Productive Dual Pallets
Dual pallet cutting tables ensure greater productivity by
permitting continuous laser processing. Machine run time can
be optimized when part unloading and raw material loading
are performed simultaneously with cutting. This feature provides
more parts per hour, every single day of operation.
The straight forward rail guided pallet system eliminates the
potential of downtime common on more complicated designs.
The CL-7A is manufactured in a number of table sizes to
be highly productive in a wide variety of applications.
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