Products
Direct Write products from MesoScribe are available for many sensing and communications applications. The low-profile, embedded, harsh environment capabilities of Direct Write devices are particularly beneficial for conformal or integrated configurations. While MesoScribe offers a number of standard products, we also work closely with technology integrators and OEMs to develop custom solutions and meet specifications. Devices are compatible with conventional interfaces and existing infrastructure. Health monitors have been implemented by a major aerospace manufacturer on a production aircraft, and a variety of devices have been supplied to industrial and defense partners and end-users for validation.
Example (right): VHF Conformal Load-bearing Antenna Structure (CLAS) prototype, integrated within a Boeing 737 Forward Wing-to-Body Fairing Section.
Contact us for additional information and product data sheets.
MesoScribe offers conformal thermocouples for integrated temperature sensing up to 3000°F, based on NIST standard and novel thermoelectric materials.
Temperature Sensors
Direct Write heat flux sensors are available for operation beyond 1000°F and 150kBTU/hr/sq-ft, and may be readily customized.
Heat Flux Sensors
Direct Write strain gages enable structural state sensing of components operating at high temperatures, and in abrasive, corrosive, and other harsh environments.
Strain Sensors
Direct Write heaters are highly versatile and tailored by application. Heater elements can be seamlessly integrated onto new and existing components.
Integrated Heaters
Direct Write damage detection arrays sense structural debits induced by foreign object or other types of damage, and support health management systems.
Damage Detection
Direct Write conductor networks replace conventional hand-wiring for power management and signal distribution applications.
Integrated Wiring
Using Direct Write, conventional antenna structures can be substituted with conformal antenna patterns deposited directly onto, or embedded within aerodynamic surfaces.
Conformal Antennas