Fully Additive 3D Printed Electronics
Fully Additive 3D Printed Electronics proof of concept. Neotech's systems combine techniques from additive manufacturing and printed electronics with pick and place to produce a luminaire in a single, continuous process flow. Compared to traditional manufacturing the material mix is reduced, process chain dramatically shortened and recycling is made easier. The whole process, from design through CAD/CAM operation and AI powered quality assurance are managed within Neotech's customised software. Fully Additive Printed Electronics can be applied to components across a wide range of industries where innovation in the design of mechatronic systems is needed.
3D Printed Antenna for Mobile Devices
Printing cell phone antenna improves design flexibility, reduces device product thickness, and offers environmental advantages compared to traditional processes.
Rehabilitation Device
After suffering a stroke patients are often accompanied by unilateral motor dysfunction resulting in weak finger strength, grip, and poor circulation.
The rehabilitation ball has printed circuits and embedded electronic components on a curved, flexible substrate. It is held in the palm of the hand for close and open exercises and effectively increases finger strength and stroke recovery.
The device provides real-time feedback the patient’s grip strength and monitors the training process for patients.
Circuits - 3D MID
Direct printing of complex 3D Moulded Interconnect Devices with fine line and pitch on almost any surface material. Direct write of the circuit enables simpler process chains and reduced work in progress.
Heater Patterns
3D printed circuits can be used to create heater patterns on materials such as PC for automotive applications. The use of PC in glazing applications can give weight savings of up to 50% compared to glass. Neotech's 5-axis printing methodology is scalable from small to large components, in excess of 2m x 2m.
Sensor Structures
Printing allows for the use of many different ink types and functionalities. Using novel combinations of printed materials and SMDs, sensor structures can be integrated into mechanical structures.
