VORKON

What is VORKON and why is it so important?

You have the greatest influence on your component quality at the beginning of the development process during product development. This is where the decisive course is set. What may take more time at the beginning, e.g. in simulation and optimization, you will save several times over. VORKON provides in the early stage of product development and / or for the first calculation valuable hints and preliminary concepts within only a few days. This gives an offer a knowledge advantage over possible competitors and benefits for the further course of the project.

Our offer:

Notes for

filling behaviour
fibre orientation
sensible wall thicknesses
weld lines

air trap
hotspots
undercut
optimization potential

Your benefits:

early recognition of optimization potential
better calculation of offers and projects
more efficient follow-up processes
Avoidance of unnecessary follow-up costs for the project

What information do we need in advance?

3D data of the component
exact material designation
information on specifications and preliminary considerations
Sample parts, shelf number, tool design and planned process

With VORKON you can:

perform optimizations in time
select suitable procedures in good time
quality/process oriented calculation
discuss tasks with partners in good time
qualify against the competitors (offers)
VORKON can be credited to the injection moulding simulation
wrrors, costs and delivery time can be reduced

VORKON is a simplified and advanced simulation considering known features

mould tool sketch
simulation
component analysis

… for the exploitation of optimizations and process- / demand-oriented decisions

VORKON simulation

NO process values
NO mould tool data
simple temperature control
Einfache Anspritzung
Grundlage Werkzeugskizze

VORKON simulation – results

filling behaviour (trend)
weld line (trend)
post-pressure (trend)
sink mark potential (trend)
wall thickness differences

2-4 days delivery time + report

under 1000€

Ordinary injection moulding simulation

known or assumed process values
create or transfer from mould temperature control to the temperature control unit
control of cycle-dependent temperature control
design or assumption of the gating situation from the machine nozzle to the component gate

Tool injection moulding simulation

filling behaviour
weld lines
effect of packing pressure
sink mark potential
wall thickness differences
warpage
cycle time
filling pressure and clamping force
hot-Spots
surface temperatures
Air trap and flow front freezing
consideration of the fibre orientation
effectiveness of the tool train temperature control

5-7 Tage Lieferzeit + Bericht

at cost

Contact

Request an offer for project and cost calculation in the areas of product development, project planning and implementation, tool design, article optimization and much more.

Gladly we are there for you as contact persons!

establish contact

This post is also available in: German