NOVA System was a breakthrough solution in the field of advanced additive printing, designed specifically for the modern technology sector. The device enabled the precise application of conductive, insulating and functional materials, which allowed the creation of specialized electronics directly on a variety of substrates..

Key technological capabilities and parameters

Multifunctional material: The system allowed printing using precious metals (e.g. gold), dielectrics, electrolytes, phosphors and optically variable materials (changing color under the influence of UV).

High precision: The device provided a layer deposition accuracy of ±15 µm, which was crucial for the production of high-density components such as batteries.

Printing on flexible substrates: NOVA enabled the integration of electronics with fabrics (cotton, nylon, Kevlar®), polymers (PET, Kapton) and synthetic paper.

Environmental resistance: The system offered the ability to apply encapsulating materials that protected the circuits from moisture and extreme temperature fluctuations.

Personal combat devices

Wearable technologies for thermal management

NOVA Prints conductive materials on fabrics like cotton, nylon, Kevlar®, and specialized polymers, improving mobility and reducing weight without sacrificing performance. Add biocompatible adhesives to hold components in place, ensuring durability even during Arctic or high-altitude operations.

Application: Heated gloves, heated shoe inserts, heated jackets.

Printed batteries

NOVA can print ultra-thin (500 µm) zinc-manganese batteries on flexible PET substrates to power wearable electronics. Apply layers of conductive, insulating, and electrolyte materials with a device accuracy of ±15 µm NOVAto increase battery capacity and extend operating time without losing flexibility.

Application: Encrypted radios, GPS locators, traffic monitors.

Continuous health monitoring

Print with biocompatible materials on flexible and stretchable substrates that conform to various body shapes and movements. NOVA enables the integration of sensors into uniforms or combat gear for real-time health monitoring and diagnosis.

Application: Heart rate and biomarker monitoring, hydration and fatigue monitoring, injury assessment.

Defensive equipment

Remotely controlled robotics

Print high-precision strain gauges used in feedback systems and real-time robot control, supporting operations in hazardous environments. NOVA enables the application of encapsulating materials with enhanced moisture resistance, protecting electronic circuits, and high-temperature materials, ensuring stable operation under extreme temperature fluctuations.

Application: Robotic arms designed for underwater work, systems for neutralizing improvised explosive devices (IEDs), reconnaissance systems for operation in difficult terrain.

RFID antennas

RFID antennas are often printed on flexible substrates such as PET, Kapton, or synthetic paper, using conductive materials such as silver or copper. This printing technology allows for precise adjustment of the antenna geometry to a specific application, including integration with drones and specialized vehicles.

Application: Location and identification in the UHF band, mobile surveillance systems, integration with structures with a limited radar signature.

Electroluminescent displays

Apply conductive, dielectric, and phosphor materials to flexible substrates like PET to create electroluminescent displays. NOVA also prints optically variable materials that change color when exposed to UV light.

Applications: Anti-reflective maps, shockproof electronics, tamper protection.

Voltera NOVA High-Tech

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