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Teollisuuden tarpeet ja haasteet

Teollisuussektori vaatii automaation, ohjausjärjestelmien, robotiikan ja raskaiden koneiden tukemiseksi piirilevyjä, jotka tarjoavat poikkeuksellisen kestävyyden, sähköisen vakauden ja mekaanisen lujuuden. Näiden piirilevyjen on toimittava luotettavasti jatkuvan mekaanisen rasituksen, lämpötilanvaihteluiden ja sähköisen kohinan alla. Tehdaslattioista ulkoasennuksiin piirilevyjen on varmistettava keskeytymätön suorituskyky, pitkä käyttöikä ja saumaton integrointi kriittisiin teollisuusympäristöihin.

Vankka mekaaninen lujuus
Laaja lämpötila-alue
Korkea sähköinen vakaus
Pitkä käyttöikä
Mukautettavissa automaatiota varten

ApplicationsWeSupport

Building control

PCBs for elevators, HVAC- heat systems, ventilation, passage control, booking systems, lightning control or smart homes. Demands are reliability with long service life.
Computers

PCBs for embedded computers, mounted inside applications, like ticket vending machines, parking meters or charging stations. Demands are typically complex design and heat management.
Controls

PCBs for position controls, light curtains, PLC-modules or machine controls. Demands are high reliability, high-speed signals and size constraints.
Industrial imaging

PCBs for digital highspeed video capture and processing. Demands are typically complex design, size constraints, high-speed signal transfer and data processing.
Machines/tools

PCBs for industrial tools. Demands are very limited size requiring a higher density design, lightweight and ergonomics, telemetry and positioning.
Marine

PCBs for marine electronics, satellite/radio and onboard communication, navigation, plotters, engine control and radar systems. Demands are typically rugged constructions for withstanding a harsh naval environment.
Motion actuators

PCBs for hydraulic control packs, garbage trucks, truck lifts, excavators or forestry machines. Demands are durable PCBs, withstanding vibrations and temperatures in exposed environments.
Motor control

PCBs for industrial robots, production lines, automated warehouses, fans or industrial pump applications and recycling machines. Demands are durability over time, often in an exposed environment.
Personal protection

PCBs for respiratory helmets, welding helmets or hearing protection. Demands are size constraints, Bluetooth and signal integrity and noise cancellation.
Sensors

PCBs for sensors measuring vibrations, light, temperature, pressure and strain gauge. Sensors are interpreted via WIFI. Demands are typically size constraints. Growing demand of IOT sensors also adds the demand of low power consumption.
Test and measurement

PCBs for multimeters, oscilloscopes, power, radio and RF signal analyzers. Demands are complex design, size constraints and signal integrity.