FISEKON GmbH · Fischer Elektrokonstruktion

Assembly line with a gantry axis, articulated robots and a machining centre.

Industry

Electrical design for machine building and automation

Here it is not one plant being built but a product line. The effort is decided not by the first schematic but by the second variant, and by whether the design was prepared for it.

In machine building every design decision multiplies. A wire set that is awkward to assemble does not cost time once but in every unit built. Anyone who sets up device tagging, macros and article master data cleanly from the start builds each further machine faster and does not have to reinvent the documentation every time.

Where parts repeat, such as the same roller conveyor or the same drive a hundred times over, the work shifts from the drawing to the rule. Product macros and schematic generation are what make plants of this size plannable in reasonable time at all. A generator without checking distributes errors just as reliably, which is why checking is part of the service.

The third characteristic is the interfaces. Automated cells consist of components from many manufacturers that have to become one whole, electrically and in safety terms. That is where the real design work sits, in signal routing, in safety circuits and in whether somebody finds the right signal during a breakdown.

Series production means every design decision multiplies. That is why we plan manufacturability, not only function.

Machinery & technology

How projects run in this industry

  1. The second machine decides the effort, not the first.

  2. Manufacturer standards are more binding than any norm.

  3. Repeating plant sections demand rules, not individual drawings.

  4. Components from many manufacturers must become one safe whole.

  5. CE evidence belongs to delivery, not to the aftermath.

  6. Products stay in service for decades and must remain demonstrable.

And that is exactly where we come in

  • Electrical design for new developments and product line extensions
  • Building a machine standard that holds across product lines
  • 3D cabinet layout with manufacturing data instead of 2D drawings
  • Product macros, article master data and generator rules, with checking
  • Wire harnesses and cable routing inside the machine

Typical tasks

  • Circuit, terminal and cable diagrams for new developments and variants
  • Signal routing, safety circuits and e-stop zones
  • Manufacturing data such as drilling patterns, cable lengths and labelling data
  • Compliance and CE evidence as part of the design
  • Documentation that is a tool in a breakdown, not just a record

Adjacent tradesControl cabinet building · PLC programming · Installation · CommissioningWe do not carry out these trades ourselves. On request we bring in specialised partners and coordinate the interfaces, so you keep a single technical point of contact.

In detail

Which industries this covers

  1. An assembly line with a gantry axis, articulated robots and a machining centre, a plant hall behind.

    Machinery & special-purpose machinery

    From a single machine to series production. Electrical design that can actually be built. We design new developments and variants, build the machine standard behind them and deliver manufacturing data instead of room for interpretation.

    General machine building · Special-purpose machinery · Machine tools · Production and manufacturing machinery · Assembly systems · Testing machines and test benches · Plastics and woodworking machinery · Textile, printing and paper machinery · Agricultural and construction machinery · Tooling, jigs and fixtures

  2. A robot cell with several articulated robots along a conveyor.

    Automation & robotics

    Cells, lines and handling systems. Electrical design that is clean throughout. We design signal routing and safety circuits at the interfaces, plus documentation that is a tool in a breakdown, not just a record.

    Factory and industrial automation · Process automation · Robotics and robot systems · Assembly and handling automation · Test automation · Production lines · Material flow systems

  3. Stacker cranes and conveyors in an automated warehouse.

    Intralogistics & conveyor systems

    Hundreds of identical drives, plannable only through standardisation. We build product macros and generator rules and plan conveyor systems as a system, not as a collection of individual drawings.

    Conveyor technology and material flow systems · Intralogistics and storage technology · High-bay warehouses · Sorting and picking systems · Palletising and packaging lines · Baggage and parcel conveyor systems · Distribution and logistics centres · Automated guided vehicles and AMR

  4. Vehicle production with a body on the line, robots, battery modules and an open control cabinet.

    Automotive & mobility

    Two worlds. The electrics inside the vehicle and the plants that build it. We work in your template and your tagging system, for vehicle and plant projects alike.

    Automotive industry and suppliers · Commercial vehicles, trucks and buses · Special-purpose vehicles · Body shop systems · Paint shops · Assembly lines · Test benches · Electric mobility and battery assembly · Tyre industry

  5. A maintenance hall with a train and opened underfloor equipment, a fuselage section in its jig and a ship hull behind.

    Aerospace, rail & maritime

    Separate worlds of standards, long life cycles, high evidence requirements. We establish the applicable framework at project start and design towards the evidence required at the end.

    Rail technology and rolling stock · Rail infrastructure and depots · Shipbuilding and marine engineering · Shipyards and port facilities · Offshore installations · Aerospace · Ground support equipment and test benches

  6. A battery module production line with robots and conveyors, an opened control cabinet in front.

    Electronics & battery manufacturing

    Near-cleanroom production, high cycle rates, young plant generations. We plan the documentation from the outset as something that changes, with clean versioning instead of correction loops.

    Semiconductor industry and chip manufacturing · Electronics and PCB manufacturing · Cleanroom automation · Cell manufacturing · Battery assembly and battery packs · Battery test benches · Test and inspection systems

  7. An overhead bridge crane in a production hall with trolley and hook block, the crane control cabinet and a radio remote control in front.

    Cranes & hoists

    Heavy loads, long cable runs, recurring inspections. We plan drives, safety circuits and control cabinets for cranes and hoists and deliver documentation that makes inspection and maintenance easy.

    Overhead and workshop cranes · Gantry and semi-gantry cranes · Port and container cranes · Tower cranes · Hoists and lifting accessories · Special lifting equipment

  8. The assembly hall of a ride manufacturer with an arm and gondola under test, roller coaster track and a Ferris wheel behind.

    Amusement rides & leisure facilities

    New rides from prototype to series production, for markets worldwide. We plan drives, safety technology and control cabinets for new rides and structure the documentation so that variants and acceptance tests go quickly.

    Roller coasters and water rides · Rotating rides and carousels · Ferris wheels and observation towers · Transportable rides · Theme parks and leisure worlds · Show and effects technology

FISEKON at a glance

Electrical design
Since 1998
Employees
15
CAE systems (EPLAN, WSCAD, ELCAD)
3
Projects since 1998
2,300+

From a project

Automotive supplier

Conveyor system for optimised material flow

Electrical design of a highly automated conveyor system in Bratislava, using our own product macros and a circuit diagram generator.

Frequent questions

Machinery & technology

You have a technical task? We will look at how it can be solved.

Discuss a project
Is standardisation worthwhile at low unit numbers?

It pays off as soon as design work repeats. That depends not on unit numbers but on the number of variants. A small programme needs a few solid modules, not a library for every conceivable case. The initial analysis clarifies what makes sense.

Can you design to our standard?

Yes, and that is the normal case. In vehicle technology especially, manufacturer templates are more binding than any norm. We work in your template and with your tagging system, even where it differs from what we would otherwise use.

Do you build the cabinets as well?

No, we plan them, down to the manufacturing data a cabinet builder can work from directly. On request we bring in specialised partners for the build and coordinate the interface, so you keep one central contact.

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Olaf Kreith

Your contactOlaf KreithHead of Sales

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