Voltera's additive PCB prototyping solutions enable rapid, in-house circuit board development, facilitating efficient design iterations. Applications include drilling through-holes or vias, printing conductive traces, and dispensing solder paste for electronic prototypes

PCB Prototyping

Additive PCB Prototyping - Accelerated Design Processes

additive-prototyping

Master precision adhesive dispensing for electronics, healthcare, and automotive applications with Voltera's benchtop systems. Achieve micron-level accuracy with conductive, non-conductive and specialty adhesives while keeping prototyping and production in-house.

Adhesive Dispensing Systems

Adhesive Dispensing - Precision Systems for Electronics, Automotive & Healthcare

adhesives

Create cutting-edge bioelectronic devices with Voltera's precision printing technology. Seamlessly integrate electronics with biological systems for next-generation medical sensors, implants, and soft robotics applications.

Bioelectronics

Bioelectronics Printing - Advancing Biomedical Technologies

bioelectronics

Optimize thermal management with advanced dispensing technology. NOVA supports thermal pastes/greases and thermal gels, delivering effective heat dissipation for electronics, automotive, and medical device applications.

Thermal interface material

Dispensing thermal pastes and gels for thermal management

thermal-interface-material

Discover electroluminescent display applications that use a variety of phosphor materials on flexible substrates such as paper and PET, as well as rigid substrates such as glass.

Electroluminescent Displays

electroluminescence

Voltera's printing solutions enable the creation of flexible membrane switches by depositing conductive inks onto substrates like PET and polycarbonate, allowing for the development of customizable, durable human-machine interfaces.

Flexible Membrane Switches

Flexible Membrane Switch Printing - Customized Human-Machine Interface Applications

flex-membrane

Voltera’s NOVA materials dispensing system enables functional ink development for printed electronics, from conductive ink, dielectric ink, to adhesives.

Functional Ink Development

Functional Ink Development - Streamline Material Testing

functional-ink

Voltera's solder paste printing capabilities enhance PCB assembly by precisely dispensing solder paste onto various substrates, ensuring reliable connections for your electronic components.

Solder Paste Printing

Solder Paste Printing - Streamline PCB Assembly

solder-paste

Learn about common materials of dot dispensing and explore how it supports high-resolution applications in academia, healthcare, and printed electronics.

Dot Dispensing

dot-dispensing

Voltera's solutions enable the fabrication of printed antennas by depositing conductive inks, such as silver or copper, onto flexible substrates facilitating the development of lightweight, adaptable antennas for wireless communication applications.

Printed Antennas

Printed Antennas - Wireless Communication Applications

antennas

Discover printed battery applications that use a variety of materials as anodes, cathodes, separators, and electrolytes to power electronics that are thin, wireless, flexible, and energy efficient.

Printed Batteries

batteries

Voltera printers enable rapid prototyping of flexible PCBs by printing conductive inks onto substrates like PET, polycarbonate, or polyimide, facilitating efficient design iterations and high-performance electronic circuits.

Flexible PCBs

Flexible PCB Prototyping - Accelerated Innovation

flex-pcbs

Explore how flex sensors enable accurate motion tracking for wearable, medical, and smart interface devices across healthcare, automotive, and robotics.

Flex sensors

Flex Sensors

flex-sensors

Force sensitive resistors are thin and affordable sensors. Explore their benefits, limitations, and applications in wearables, medical devices, and retail.

Force Sensitive Resistors

Transform wearable technology development with Voltera's flexible electronics printing. Rapidly prototype conductive circuits on stretchable materials to create custom, high-performance wearable devices faster than ever.

Printed Electronics Applications

Explore What You Can Build with
Additive Electronics

Frequently Asked Questions

Learn how we can help with your application

Printed Electronics Applications

Explore What You Can Build withAdditive Electronics

Frequently Asked Questions

Learn how we can help with your application

Explore What You Can Build with
Additive Electronics