Czech ADMASYS CZ Positions 3D Printing and Scanning for Defence Equipment Sustainment.

ADMASYS CZ will showcase industrial 3D printing, 3D scanning and digital manufacturing technologies at Future Forces Exhibition & Forum 2026 in Prague. The capabilities could help defence manufacturers accelerate development, produce limited batches and sustain equipment with locally manufactured parts.

The Czech company will target manufacturers, engineering teams and defence and security organizations seeking faster routes from digital design to physical components. Its presentation will focus on additive manufacturing and 3D scanning workflows that can shorten prototyping cycles, support small-series production and help reproduce or replace components needed to maintain equipment. The Future Forces Exhibition & Forum takes place October 21 to 23 at PVA EXPO PRAGUE. The event combines a defence technology exhibition with expert panels and NATO working-group activities, with organizers listing more than 400 exhibitors from over 35 countries and more than 9,000 participants from over 70 countries.

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ADMASYS CZ will present industrial 3D printing and digital manufacturing technologies at Future Forces 2026, with potential applications including prototyping, small-series production and the manufacture of specialised components. (Picture source: ADMASYS CZ)

The company draws on experience gained in several technically demanding industrial sectors, including mechanical engineering, automotive, aerospace and research. According to ADMASYS CZ, this expertise can also support defence applications where production speed, component availability, reliability and adaptation to changing operational requirements are important factors.

Additive manufacturing will be one of the main areas presented at Future Forces 2026. It can be used to produce functional prototypes, assembly fixtures, covers, brackets, protective elements and specialised components in small series. Manufacturing without costly moulds can simplify design changes and reduce the time required to move from a digital model to a physical part.

In a defence context, this flexibility can be relevant for programmes involving frequent modifications or limited production volumes. ADMASYS CZ identifies possible applications including electronic enclosures, sensor mounts, assembly components, transport aids, maintenance fixtures and parts adapted to specific operating conditions. Additive manufacturing can also be used to reduce weight, optimise geometry or consolidate several separate components into a single part, potentially simplifying assembly, maintenance and inventory management.

“At the Future Forces Exhibition & Forum, we want to present 3D printing as a practical tool for faster development, manufacturing and maintenance. A successful application requires the right combination of technology, material, part design and post-processing,” said Martin Kalous of ADMASYS CZ.

The company will also present professional 3D scanning applications. A physical component can be converted into a digital model and then used for dimensional inspection, reverse engineering, archiving or the preparation of a new design. This approach can be used when certain parts are no longer available or have been discontinued. Combining 3D scanning, design modification and additive manufacturing can therefore support the maintenance of older equipment. An existing part can be scanned, adapted to current requirements, reinforced in selected areas and reproduced according to operational needs. Examples cited by the company include covers, control elements, cable brackets, air ducts and maintenance fixtures.

ADMASYS CZ also highlights the concept of digital inventory. Approved manufacturing files can be stored in a digital library and used to produce selected parts when required. This approach can shorten delivery times, reduce physical stock levels and limit dependence on remote suppliers, particularly for components used in low quantities or subject to irregular availability. In defence and security applications, this digital manufacturing model also introduces requirements related to data management. ADMASYS CZ points to the need for model approval procedures, full traceability of file versions and control over access rights and manufacturing authorisations. Protection of technical documentation is therefore part of the production process.

Material selection and post-processing are also important elements of additive manufacturing. Relevant characteristics may include mechanical strength, temperature resistance, chemical resistance, toughness, dimensional stability, surface quality and weight. Finishing steps such as support removal, cleaning, curing and surface treatment can also affect the final performance of the part. ADMASYS CZ also notes that 3D printing is not intended to replace conventional manufacturing methods in all cases. The use of functional components requires assessment of mechanical loads, operating conditions, production repeatability and quality-control procedures. Some applications may also require dimensional inspection, material testing or documentation of manufacturing parameters.

“Industrial 3D printing does not replace every manufacturing method. It delivers the greatest value in applications where speed, flexibility, part availability or low-volume production without high initial costs are the deciding factors,” Kalous added. ADMASYS CZ supplies industrial 3D printers, professional scanners, materials, software and post-processing equipment. The company also supports customers with application analysis, sample production, material testing, equipment installation, operator training and technical support.

At Future Forces 2026, visitors will be able to discuss rapid prototyping, the production of maintenance and assembly fixtures, component digitisation, small-series manufacturing, replacement parts and the establishment of in-house additive manufacturing capabilities with ADMASYS CZ specialists. The company will exhibit in Hall 2 at the event in Prague.

Written By Erwan Halna du Fretay - Defense Analyst, Army Recognition Group
Erwan Halna du Fretay holds a Master’s degree in International Relations and has experience studying conflicts and global arms transfers. His research interests lie in Security and strategic studies, particularly the dynamics of the defense industry, the evolution of military technologies, and the strategic transformation of armed forces.