ONE hour to win you over, ONE hour to output the ISO code to meet your
requirements.
GOelan is the precursor of a new generation of products designed for suppliers
who want to first and foremost meet their customers’ requirements
with regard to quality and delivery deadlines. Notwithstanding its high
performance, GOelan provides an intuitive user interface allowing the
solution to be used by manufacturing specialists who are not necessarily
computer experts.
The software offers enormous time savings and is very user-friendly. Numerous
experts took part in the development of the solution, the objective being
to find a way of working simply.
Key features
Revolutionary, entirely redesigned interface
Rapid familiarization - intuitive and comfortable to use
Time savings times three
Permanent management of modifications and error
Training made easy by 6 training wizards that can be called at any
time
Automatic recalculation of blocks whenever a tool or machine is changed
Selection of the tools definition order, schedule and area to be machined
Permanent control of the raw part or of the distance between 2 segments
with a single tool
Multiple viewing options that are easily identifiable and close to
hand
Wealth of industry-specific functions closely associated with your
methods
Integrated 2D and 3D programmin
Revolutionary interface
Create views with only four mouse clicks – even more simple than
using a drawing board!
Appealing environment in which the user feels confident
Preview results prior to the execution of commands
Time savings times three
Optimized machining time
Shorter modification time
Reduced training time
Simple milling functions
Automatic updating of design and machining processes after performing
changes
New and automated cycles complement numerous existing machining processes
Utilization of TOGOs
Control
Display direct distances along the main XY and Z axes
Start cycles directly after release signal
Zoom, pan and rotate functions are available at any time
Cutting
Tool library with realistic images
Overview of tool characteristics and the cutting conditions used
Calculation of manufacturing time (in total or per cycle)
ISO output
Simulation of material removal
Generation of the CNC program
Transfer to the machine of choice
Data import
2D / 3D interfaces, transfer, automatic cleaning
Recognition and analysis of holes and surfaces of solids
Selection of profiles and/or edges of a solid – input of z-values
or automatic readout
