Voltatron is acquiring Kurz Elektronik from Prettl Group, adding engineering capability in Germany and electronics manufacturing capacity in Lithuania as it expands a vertically integrated European production network.
Voltatron has signed an agreement to acquire all shares in Kurz Elektronik, which develops and manufactures customised electronic systems for industrial applications and household appliances.
The consideration combines cash with newly issued Voltatron shares. Half of Kurz Elektronik will be contributed in exchange for shares created through a planned capital increase in kind, while the remaining 50% will be purchased for cash, leaving seller Prettl with an equity interest in the enlarged group.
Kurz Elektronik employs around 170 people and generated approximately €14 million of revenue in 2025. Engineering is centred at the company’s technology centre in Althengstett, Germany, while production takes place at Alytus in Lithuania.
The Lithuanian factory operates several surface-mount technology and through-hole production lines, adding medium- and higher-volume electronics manufacturing to Voltatron’s existing network. Kurz also brings cable assembly, plastics injection moulding, toolmaking, and additional engineering capabilities into the group.
Those processes broaden the transaction beyond the acquisition of another PCB assembly business. Industrial electronic products frequently combine printed circuit boards with cables, housings, connectors, sensors, controls, mechanical components, software, and final test operations, forcing customers to manage several manufacturing disciplines around one finished device.
Voltatron’s strategy is to bring more of those disciplines inside one organisation. The group has been expanding from distribution and conventional electronic manufacturing services towards a model combining engineering, component sourcing, EMS, final assembly, and proprietary technologies.
Kurz adds expertise covering areas including sensors, motor control, battery management, user interfaces, and connected products. The acquisition therefore adds engineering resources alongside factory capacity rather than increasing placement-machine throughput alone.
The transaction is expected to be consolidated from 1 September 2026. On that assumption, Voltatron has raised expected full-year revenue from continuing operations to €54 million–€57 million, compared with its previous forecast of €47 million–€51 million.
The additional sales will not translate directly into the same increase in profit. Voltatron plans investment in Kurz’s ERP environment, machinery, automation, and production processes, with integration and restructuring costs expected to affect results during the current financial year.
That investment is necessary if the acquired business is to operate as part of a common manufacturing group rather than remain a separately owned factory. Engineering data, bills of materials, purchasing, inventory, production planning, quality procedures, machine information, and financial systems have to move onto compatible processes if work is to transfer efficiently between sites.
Modernising ERP may appear less dramatic than adding an SMT line, but weak systems integration can prevent a multi-site electronics manufacturer from using its capacity effectively. Parts availability, revision control, traceability, production scheduling, and customer forecasts all depend on the same underlying data being visible across the organisation.
Voltatron has already expanded its physical footprint considerably during 2026. The acquisition of KOMITEC electronics added more than 4,000 sq m of manufacturing space at Zwönitz in Germany together with a production operation in Bulgaria.
KOMITEC also brought electronics development and medium- and large-series manufacturing capability, meaning the Kurz transaction follows a similar pattern: engineering capacity in Germany paired with production operations elsewhere in Europe.
The resulting network gives Voltatron options over where different products are industrialised and manufactured. Higher-volume processes can be allocated to locations with suitable automation, labour, and cost structures, while development, prototypes, and customer engineering remain close to specialist technical teams.
That flexibility is useful only if products can be transferred without losing process control. Electronics manufacturing requires approved component sources, programmed machines, controlled soldering profiles, inspection criteria, functional testing, traceability, and configuration management to follow the product between locations.
Adding injection moulding and toolmaking increases the range of processes that must be coordinated. Plastic components introduce mould design, polymer selection, dimensional control, maintenance, and production scheduling outside conventional PCB assembly, while cable manufacturing carries its own crimping, continuity testing, and quality requirements.
Bringing those capabilities together can reduce the number of external interfaces for customers purchasing a finished industrial electronic assembly. It can also make engineering changes quicker to coordinate when PCB layout, housing geometry, cables, or mechanical parts have to change together.
The cost is additional operational complexity. A group operating factories across Germany, Lithuania, and Bulgaria has to maintain consistent quality and customer service while integrating businesses acquired at different stages and with different systems.
Prettl’s continuing shareholding gives the seller an interest in whether that integration succeeds. The structure also reduces the immediate cash requirement for Voltatron, although the issue of new shares means existing investors will be diluted by the capital increase.
Voltatron’s first-half revenue growth already reflects the speed at which the group is changing. Continuing operations generated €24.6 million during the first six months of 2026, compared with €9.2 million a year earlier, as acquisitions and organic business increased the scale of the operation.
The company has also secured larger industrial electronics programmes, including a supply agreement worth more than €10 million annually for electronics used in industrial electromobility manufacturing infrastructure.
Kurz adds another factory, another engineering centre, and several processes Voltatron previously had less ability to provide internally. The transaction therefore solves one part of the group’s growth problem — access to capability and capacity — while making the integration problem larger.
Customers will ultimately judge the acquisition less by the number of sites on Voltatron’s map than by whether engineering changes, components, production data, quality records, and finished assemblies move between those sites without friction. Buying manufacturing capacity is relatively quick; making several acquired factories behave like one manufacturing system generally takes longer.
