Deneb Introduces Virtual NC2--Machine Tool Emulation Software, for Windows
NT

AUBURN HILLS, MI -- Deneb Robotics, Inc., has brought the power of Virtual
NC, a 3D simulation environment capable of emulating an entire machine
tool and its controller, to the Windows NT platform. With the full 3D
graphic production analysis and visualization capabilities usually
associated with much more expensive engineering workstations, this
technological breakthrough combines the performance and reliability of the
higher-range systems with the productivity of the Windows user interface
at a reduced cost. The program can be easily integrated to a PC-based
system with minimal disruption, training or expense.

Virtual NC for Windows NT incorporates the advantages of program tryout on
the actual machine tool, with the ease and speed of computer simulation,
without a large investment in costly workstations. Up to four (4) fully
dynamic viewing windows are available (Multi-Views), enabling the user to
rotate and manipulate viewing perspectives while the simulation is
running. No proprietary graphic board sets are required, although a
graphics accelerator card, Pentium 90, and a minimum 40 MB RAM are
recommended.

The Virtual NC 3D simulation environment eliminates machining uncertainty
by duplicating the true functionality and characteristics of the machine
tool, including the NC controller, and the material removal process. The
program has proven to be particularly effective for the prove out of NC
programs, setup configurations, advanced machine tools, and complex
machining processes.

A built-in controller, MIMIC, allows users to emulate any NC controller.
Execute post-processed NC programs at the simulation workstation for
analysis and process verification before production machining. Continuous
Stock Shape Update displays the current shape of the work in process.
Optimize existing programs, save process time and tooling costs.

Geometric data can be modelled using the built-in CAD environment, or
imported via the IGES, STL, DXF, VDA file formats or direct translators
including ProEngineer, Unigraphics, and CATIA. Dynamic Dimensioning
displays the current dimensions between any two moving parts. Collisions
are automatically detected. Part pair collision tolerancing maintains safe
distances between critical machine tool components. Tool/workpiece
collision checking provides gouge detection.

User-definable reports can be generated listing cycle errors or problems,
such as collisions, axis overtravels, or excessive depth of cut, by
program block number. Built-in cycle analysis functions include the
volumetric rate of material removal and depth of cut, accurate cycle
times, axis positions, axis speeds, feedrates, and "distance to go."
Advanced cycle time monitoring helps optimize machine utilization.

Deneb Robotics, Inc., with headquarters in Auburn Hills, Michigan, is a
world leader in 3D software for workcell simulation, Virtual Manufacturing
applications, concurrent engineering, rapid prototyping, telerobotic
applications for space and nuclear and hazardous waste remediation, open
architecture applications involving remote control of automated devices or
integration of multiple system components, and immersion in virtual
reality environments. Deneb software products support concept, design, and
process verification and provide an interactive interface for previewing,
programming and real-time communication/control of remote devices. Its
software is widely used in the aerospace, automotive, defense,
environmental, medical, nuclear, and research communities. Deneb Robotics
has offices in Europe, Scandinavia, Japan, Korea, India, and the United
States. Deneb Robotics has earned an international reputation for dynamic
simulation products that combine ease of use with the state of the art
"virtual environment" technologies and methodologies.

Deneb Robotics, Inc.
3285 Lapeer Road West
P.O. Box 214687
Auburn Hills, MI 48321-4687
Tel: 810-377-6900
Fax: 810-377-8125
 
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