We run reach, cycle-time and ROI analysis of the cell in a virtual environment to reduce your risk.
Fee deducted if you proceed
The biggest risk of a robotics investment is that the cell fails to reach the promised cycle time. Simulation on a digital twin removes this risk before purchase.
Feasibility package
- On-site process observation and time study
- 3D modeling of parts and fixtures, robot reach analysis
- Cycle-time simulation and bottleneck analysis
- Investment, operating cost and payback (ROI) report
The feasibility study takes 2-3 weeks; if you proceed with the project, its fee is deducted from the investment. Before deciding, you can see your own line running in the virtual environment.
Scope of service
- On-site process observation
- Robot reach and collision analysis
- Cycle-time simulation
- ROI report
Simulation and Feasibility — get a quote
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Frequently asked questions
How fast does a robot investment pay back?
The average payback in our projects is 14 months; 10-12 months for mobile cobot stations and 15-19 months for multi-robot welding lines. It depends on shifts, operator cost and scrap reduction. Our ROI calculator gives a first estimate.
What is the difference between a cobot and a traditional robot?
Cobots, thanks to force and speed limitation, work beside people without safety cages in most applications, are taught by hand and install quickly, but are limited in payload (3-30 kg) and speed. Traditional robots suit serial production requiring high speed and payload.
How many weeks does it take to deliver a cell?
Cobot stations take 4-8 weeks, standard robot cells 12-20 weeks and multi-robot lines 24-36 weeks. Feasibility and simulation add 2-3 weeks.
Can a robot be integrated with my existing machines?
Yes. We integrate with CNC machines, presses and injection molding machines regardless of brand and age. Adding machine-door automation and an I/O interface is usually enough.
How do you comply with safety standards?
A risk assessment per ISO 10218-2 and the Machinery Directive is made for every cell; safety functions are designed to ISO 13849 PL d. In cobot applications ISO/TS 15066 force and pressure measurements are made and a CE declaration of conformity is issued.