Batch Plant Control Systems

Batch Plant Control Systems

Batch Plants

State-of-the-art control technology is a key part of the optimal operation of a batch plant. After all, it is responsible for the efficient, reliable and reproducible operation of a system.

More than 40 specialists are realising next generation automation and control systems. This means we are one of the few companies able to carry out full development and realisation in-house.



We exclusively develop the functions of your plant using the latest E-CAD software such as E3.series and EPlan P8. The documentation and production documents are automatically created. Efficient workflow is ensured by using interfaces to our software development. So we have already put into place the conditions for maximum effectiveness.

Our services in the field of hardware design

Detailed analysis of the plant
Project management/coordination
Preliminary discussions with customers
Planning of control cabinets, electrical installations and network structures
Preparation of all necessary documents



Powerful software and its optimum system integration are key components in automation technology. This is because only the right software creates the optimum function that ultimately yields usable value-add.

Our services in the field of software development

Generation of the automation software (Siemens, Rockwell, Schneider, ABB, etc.)
Generation of the process control system (WinCC, Citect, Intouch, RSView, iFix, etc.)
Planning of communication concepts and bus systems
Software testing prior to delivery
Development of database applications
Interfaces for higher-level systems
Remote maintenance connection for teleservice



As the central control system, we supply cabinet solutions tailored precisely to your installation. For assembly, we rely solely on high quality components from our system partners. From integrated control panels, you have access to the different functions of your system and receive status messages in real time.



We are also a specialist in weighing system solutions. Our many years’ experience in developing and integrating precision weighing technology means we are also able to address particular requirements here in a professional and reliable manner.

Belt conveyor weighers, container scales, rotary hopper scales and micro-metering scales are some of our standard products.

Weighing electronics designed specially for the bulk material industry provide our customers with maximum flexibility. The customer decides between weighing indicators or weighing modules that can also control metering/weighing processes independently. For each application, we find the right solution.



ZIPPE Advanced Load Cell Monitoring enables the electronic monitoring of up to four load cells, thereby the manual measuring of electric signals is not necessary. Every load cell can be monitored individually to detect faults, defects and non-uniform load states.

ZIPPE Load Cell Junction Box (Z-LC-JB) replaces the conventional terminal box in which individual measuring cell cables converge. No additional voltage supply is necessary for load cell monitoring when it is used in conjunction with the Z-WI-102 weighing indicator and Z-WM-102 weighing module, developed specially for the glass industry.

Fault states of measuring cells can be signalled using a volt-free contact. The integrated graphics display shows the individual mV signals of the load cells and so assists startup and maintenance personnel in testing the scales.



We offer modernization precisely tailored to your needs, that upgrades your systems so they are up-to-date and future-proof. We of course support you in the configuration, adjustment and optimisation of your system.

If you want to make your new system even more efficient and convenient, you can expand it with numerous new features.

Modern operating concepts - from redundant servers to mobile user devices
Remote access to the highest security standard
24x7 support with remote maintenance
Reporting and analysis functions for continual system optimisation
Connection to higher-level systems (such as ERP)
Integration of new functions for monitoring, diagnostics and maintenance



Prior to delivery, our controllers are subjected to intensive hardware and software test phases - that also serve the purposes of quality control.

In our test facilities, hardware and software simulations of the actual installations are run. This enables the logic of the wiring and the PLC sequence program to be tested before the installation is brought online.

In this virtual operational scenario, actual production and installation parameters are used to bring about environmental conditions that are as close as possible to actuality. The complex correlations of the material flow are modelled and corresponding production data is generated. This enables unforeseen faults to be detected and eliminated prior to actual operation.

In this phase, the alarm system of the SCADA system informs the operator of discrepancies from the process parameters simulated and of any anomalies.



As part of in-house Factory Acceptance Tests, we also offer our customers in-house training to familiarise them with the system controller and the relevant documentation. That enables the customer to get to know the simulated system controller and operation via the SCADA system prior to actual operation.

During the initial operation process, we hold on-site training for service and maintenance personnel as well as the plant operators responsible.

  • Hollow Glass    
  • Special Glass    
  • Flat Glass    
  • Fiber Glass    
  • Tableware Glass    


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Avenida Almirante Gago Coutinho
nº 132-134 Edifício 2
2710-418 Sintra, Portugal
Phone: +351 219 248 020

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