Over the last years, the subject of maintenance has clearly gained significance. Not surprising, after all complexity and degree of automation are increasing continuously with modern processing machines.
Forward-looking strategies reduce the risk of malfunction and down times, increase the service life of machines and thereby ensure constant production quality.
If a high-tech processing machine comes to a standstill as a result of a malfunction, it quickly gets expensive. In particular when customer production deadlines cannot be met as a result and if there are contractual penalties.
That’s precisely why many companies rate maintenance no longer as tiresome costs instead as a central factor of success.
The bending specialist Schwarze-Robitec meets this need of increased investment safety with a comprehensive service concept. After all, the company’s high-quality tube bending machines are designed for run times of more than 20 years in continuous operation.
So that the machines operate reliably throughout their whole lifecycle, it is advisable to conduct a regular machine check-up which comprises maintenance, inspection and service measures.
A tube bending machine should be serviced every 5,000 working hours, otherwise the risk of undesirable surprises will rise exponentially. Checked are, among other things, the mechanical states and precise positioning of guides, bearings and spindles as well as cables, pumps, valve functions, switching devices and software.
If it is a hydraulic system, there is also a check for tightness and leakage safety. Possible are also software updates, comprehensive weak point analyses, staff training and other customer-individual measures.
As bending machines are always custom-built, maintenance should really be carried out by the manufacturer. Generalised providers of industrial services often do not have profound experience in bending technology nor the necessary knowledge of the user industries and their manufacturing processes.
This specialised know-how is indispensable – in particular when the machines have already been in operation for some years and need to be made fit for increased or changed demands.
Users should not make false economies, instead they should think about the optimal utilisation of the service life of their machines and the options for optimizing the system availability.
Advantages at a glance
* Reduced risk of malfunctions and failures
* Utilisation of the full machine capacity
* Extended machine life cycle
* Constant quality through consistent mechanical efficiency
* Lower costs, e.g. less lubricant costs
* Possibly reduced energy consumption
* Possibly improved occupational and environmental protection
* Possibly optimisation of production runs (e.g. through installation of a new, faster control)