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Technology that carries out processes without continuous human intervention. In handling there is a broad middle ground: semi-automated units in which the operator guides and the technology holds. It is more economical wherever variants, rework or visual inspection are involved.
Automation technology covers everything that carries out, monitors and controls a process on its own: sensors, controllers, drives and the software between them. A person sets the goal but does not intervene in every step.
In load handling this is rarely an either-or question. Between the operator who lifts by hand and the cell that works without anyone lies a broad middle level: equipment that carries the weight and leaves the movement to the person.
Manual means the person carries the weight and guides the movement. Hand-guided means a manipulator or balancer takes the weight while the person guides, sees, decides and corrects. Automatic means a robot or gantry runs a programmed sequence and the person supervises.
Each level demands more order than the one before. Automation needs parts that always lie in the same place and orientation, safe separation or monitoring of the work area, and someone to maintain the programs. Hand-guided equipment needs none of that – it uses the eyes and judgement of the operator.
Four questions sort most workstations before any technology is discussed.
High volume with a stable process favours full automation. As soon as variants, short runs, visual inspection or rework come in, the calculation tips: every variant is a program, every unordered bin a task for machine vision, every fault a stoppage.
The most common mistake is to justify automation by the weight. A hand-guided device solves the weight too. Automation is justified by repetition and process stability – or not at all.
What Entracon offers here is on the matching page.
See what we offer| Feature | Manual | Hand-guided | Automatic |
|---|---|---|---|
| Who carries the load | Person | Equipment | Equipment |
| Who guides the movement | Person | Person | Program |
| Variants | any | any, as long as the gripper fits | every variant is programmed |
| Demands on part presentation | low | low | high: fixed position or machine vision |
| Strength | available at once | relieves strain without changing the process | constant cycle at high volume |
It is semi-automation: the technology holds the load, the movement stays with the person. For planning purposes it is a route of its own, not half a robot – with no programming and no demands on how the parts are presented.
There is no fixed number. What counts is how often the same movement repeats unchanged and how stable the process before and after it is. Ten thousand identical parts favour automation; ten thousand parts in two hundred variants usually do not.
Yes, and the intermediate step helps: anyone who has worked with hand-guided equipment knows the grip points, paths and typical faults of the process afterwards. That is exactly the information a later automation project needs.
One short conversation usually settles more than three quotations. Call or write — you will reach an engineer directly.
Start typing – for example “balancer”, “SAP” or “pipe stress”.
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