top of page
factory-903.jpg

ENGINEERING & TRAINING SYSTEMS

Industrial engineering.
Practical training.

Engineering, automation software and training systems. From existing production lines to complete technical laboratories.

Integrated automation and material handling environment

01 / INDUSTRIAL ENGINEERING

Engineering for
existing production.

Control software, migration and modernisation for existing machines and production lines.

Explore engineering capabilities →

  • PLC programming

    Develop or adapt PLC software around machine sequences, I/O and interfaces. Define the functions, test conditions and software handover for the existing installation.

  • HMI & visualisation

    Make operating sequences, alarms and diagnostics easier to use. Develop operator screens and define the data exchange with the controller.

  • Control migration

    Assess a change of control platform, including Allen-Bradley to Siemens. Map machine functions, I/O and interfaces, then plan migration, testing and commissioning.

  • Retrofit & modernisation

    Modernise selected controls, HMI and machine functions while working with the existing equipment. Define interfaces, responsibilities and the available production window.

  • Commissioning & integration

    Bring equipment, controls and adjacent systems together. Prepare signal checks, functional tests and commissioning, with documented deviations and technical handover.

  • Production optimisation

    Investigate a defined technical bottleneck in the production process. Assess control sequences, disturbances and operating data, then prioritise an achievable implementation scope.

Industrial robot cell with interconnected automation equipment

TECHNICAL EDUCATION & TVET

Industrial equipment.
Designed for learning.

From individual training stations to connected production systems. Configure equipment and practical learning tasks around your programme, space and preferred control platform.

For vocational education, universities and industrial training. Every system can be tailored to the requirements of your project.

Illustrative laboratory layout. Final configurations are project-specific.

10 laboratory portfolios / Industrial technologies / Custom configurations

Illustrative mechatronics laboratory layout with technical workstations

02 / LABORATORY PORTFOLIOS

Find your field.
Explore the systems.

Ten clearly defined portfolios. Open a laboratory to see equipment, learning objectives and application options. Detailed catalogues are available directly from our team.

Mechanics & manufacturing, training equipment and application environment

LAB 01

Fitting · CNC machining · Metrology

Electrical engineering, training equipment and application environment

LAB 02

Installation · Electronics · Measurement

Pneumatics & hydraulics, training equipment and application environment

LAB 03

Pneumatics · Hydraulics · Control

Mechatronics, training equipment and application environment

LAB 04

Sensors · Actuators · Station control

Industrial automation, training equipment and application environment

LAB 05

PLC programming · Safety · Drives · Industrial networks · Machine vision

Industrial robotics, training equipment and application environment

LAB 06

Robot programming · Vision · Handling

Smart manufacturing, training equipment and application environment

LAB 07

Connected stations · Production flow

Process automation, training equipment and application environment

LAB 08

Fluid processes · Filling · Packaging

Integrated factory systems, training equipment and application environment

LAB 09

Factory integration · Material flow

Energy & hydrogen, training equipment and application environment

LAB 10

Hydrogen · Energy conversion · Control

SYSTEMS IN OPERATION

Inside a working training system.

Explore real equipment, production processes and connected training environments in our original film. Then find the systems that fit your application.

03 / DEVELOPMENT & COOPERATION

Technical work.
Real applications.

Different requirements call for different expertise. Explore how development, manufacturing cooperation and technical capacity building connect to your project.

HBREMS mechanism CAD model from the current company presentation

RESEARCH & DEVELOPMENT

From a technical question to a working prototype.

Mechanical and electrical development, control software and functional prototypes. We work with industrial companies, universities and research institutions to define, build and evaluate technical solutions.

  • Commissioned development and feasibility work
  • Functional prototypes and pilot systems
  • Technical contributions to collaborative research

Development example: HBREMS mechanism design.

CNC training and machining environment

MANUFACTURING COOPERATION

Connect engineering requirements with production.

Technical preparation, partner coordination and production support in China. Start with the process, specifications and interfaces, then define the responsibilities for implementation.

  • Manufacturing and sourcing coordination
  • Production preparation and technical interfaces
  • Cooperation and outsourcing project support

Scope, quality requirements and handover are agreed for each project.

United Nations Sustainable Development Goals

TECHNICAL CAPACITY BUILDING

Build the capability to use technology.

Technical equipment, tailored demonstrators and coordinated project delivery for institutions and international partnerships. Industrial experience informs the laboratory, the training tasks and the implementation plan.

  • Laboratory planning and tailored training systems
  • Pilot equipment for project-specific applications
  • Technical coordination across project partners

Technology and skills supporting sustainable development.

What would you like to build, improve or teach?

bottom of page