CNC Simulator – pure reality
The Tebis CNC Simulator brings the workshop to the desktop
With Tebis, all of your machines – with all their geometric and kinematic properties – can be simulated 1:1 in the virtual world. The virtual machine lets you generate collision-checked programs that are absolutely reliable and true to reality. You can simulate the machining operation directly on your desktop and check for collisions with all components. This enables you to ensure that only completely collision-checked NC programs are sent to the machine. The entire machining operation runs flawlessly, right from the start: Multiple machine operation and unattended manufacturing are easily possible with the CNC Simulator. Of course the CNC Simulator also provides you with an outstanding planning tool with which you can check feasibility in advance and prevent collisions.
Calculate and plan using the CNC Simulator
The CNC Simulator puts you in complete control right from the start. You have all the key data to prepare a detailed cost estimate and manufacturing planning: You select the suitable machines, machine heads, clamping devices, shuttle tables, units and tools from your available resources. You define any reference points, the values of which can be imported for the setups in NC programming. And you know how many machining operations are required overall.
Select appropriate machines
The Tebis CNC Simulator supports the entire spectrum of commercially available machine controls and all established machine types. The machine library comprises more than 800 virtual machine models from different manufacturers in 3,000 variants. If desired, we can measure your machines – including all auxiliary equipment – on site.
Detect and avoid collisions
Even before NC programming, you can use a special planning function directly on the virtual machine to traverse the tool along critical part areas – such as cavities, deep bores and undercuts – and view a display of potential collisions. If necessary, you can exchange the machine head and select tools with the appropriate programming length. The CNC simulator is so precise that, right from the start, you can carry out planning using the shortest tools possible. This enables you to benefit from high feed rates in manufacturing. You can quickly and easily create necessary tilt axis systems with the simple click of a mouse. You can avoid having to wait until collision checking to determine that tools need to be exchanged and NC programs recalculated. You can immediately start programming with the right setups, tools and tilt directions.
Programming with the virtual machine
During NC programming, you can set up the machine in the Job Manager with clamping devices and units such as jaw chucks, steady rests and the tailstock. The machine run times are determined with high precision. You can also access all macros that have been preconfigured for the loaded machine.
The configuration elements enable you to remain highly flexible : Even in the middle of a machining operation, you can place units and clamping devices at any position or change the starting values for additional axes such as gantry axes, quills or rotary axes.
Collision checking for maximum process reliability
You perform the simulation and collision checking during NC programming before postprocessing. You can optimize the machining operations and adjust them to the actual manufacturing situation. The key advantage: You do all this directly on your desktop, with no need for synchronization with the postprocessor or networking with the machine. This is significantly more convenient, reliable and efficient than having to reimport the corrected NC code into the CAD/CAM system. Time-consuming and cost-intensive approach processes are eliminated. The machine operator has no need to worry about potential collisions and can focus on his or her actual tasks. All components are completely checked, even in the case of multiple setups. Collision checking can also be performed in the background: You simply continue working in parallel.
Machines, heads, clamping devices, units, mounted parts, parts, blanks, tools, tool changes, working planes, setups, starting points and connection conditions, axis limitations such as limit switches, axis and traverse movements with all stepovers and intermediate movements, machining plausibility – the CNC Simulator checks the entire machining scenario. You can select whether you want to check and simulate individual machining operations or all of them at once.
In complete collision checking, all conflicts such as cutter collisions, head collisions or limit switch violations are clearly presented and structured in a list. You decide whether you want to accept or correct detected conflicts based on the application. Your modifications are saved in the toolpath and are included in the postprocessing output.
You have various options for optimizing your NC programs depending on the machining situation:
Flexibility in the workshop
The CNC simulator is also indispensable in the workshop. The machine operator obtains information on blank and part geometries, setups and the tools used. And if the machining operation still has to be adjusted on short notice – such as in the case of a machine outage or if tools are eliminated – this can be done easily. Technology data such as feed rates or spindle speed, setups or the processing sequence can be quickly and easily changed. The affected toolpaths can be rechecked for collision with the click of a mouse and output via the integral postprocessors.
Your benefits in the overall process
- For all common machine types and controls
- Maximum process and planning reliability
- The simulation and corrections are done before postprocessing, resulting in significant time savings
- Simulation with all machining components and traverse paths, including simulation of material removal
- Blank tracking across multiple machining operations
- Organization of the manufacturing process across multiple machines
- Multiple-machine operation and unattended manufacturing
- Greater machine utilization
- Networking via MES
- Significantly reduced setup times and downtimes
What our customers are saying:
A critical aspect for us is that we can thoroughly check our programs under realistic conditions before we implement them in the workshop. Using Tebis enables us to perform unattended manufacturing with peace of mind.
Ryan Hotchkis, Head of Manufacturing, Integrity Tool and Mold
The Tebis simulation solutions check all machine components and limit switches. This enables us to optimize manufacturing processes, reduce programming time and increase throughput right from the outset.
Martin Chaput, Resource Utilization Manager, Omega Tool Corporation
Safety for the tool, the machine and of course the operator are extremely important to us – and this is yet another area where Tebis simulation technology, with its collision avoidance options, really stands out.
Kevin Cain, Chief Technology Officer, Aria Group
Tips from practical experience
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