Products and processes are getting more complex and interactive, where IoT and sensor technology are some of the trends driving efficiency. Compliance regulations, traceability and sustainability demands are other challenges within the industrial sector. Please see below for a selection of applications we serve.
Selection of applications we serve
Automatic testing equipment
PCBs for automatic testing equipment for mobile phones, tablets and smartwatches. Demands are typically close tolerances and high mechanical precision.
PCB TechnologyPCB Technology for Automatic testing equipment
Flexible
HDI
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.
PCB TechnologyPCB Technology for Building control
-
HDI
Multilayer
RIGID-FLEX
Chip manufacturing machines
PCBs for controlling cooling processes of chip manufacturing machines. Demands are typically durability and high current.
PCB TechnologyPCB Technology for Chip manufacturing machines
-
Multilayer
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.
PCB TechnologyPCB Technology for Computers
-
HDI
-
Multilayer
Controls
PCBs for position controls, light curtains, PLC-modules or machine controls. Demands are high reliability, high-speed signals and size constraints.
PCB TechnologyPCB Technology for Controls
-
HDI
-
Multilayer
Industrial imaging
PCBs for digital highspeed video capture and processing. Demands are typically complex design, size constraints, high-speed signal transfer and data processing.
PCB TechnologyPCB Technology for Industrial imaging
-
Flexible
-
HDI
-
Multilayer
-
RIGID-FLEX
Machines/tools
PCBs for industrial tools. Demands are very limited size requiring a higher density design, lightweight and ergonomics, telemetry and positioning.
PCB TechnologyPCB Technology for Machines/tools
-
Flexible
-
HDI
-
RIGID-FLEX
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.
PCB TechnologyPCB Technology for Marine
-
HDI
-
Multilayer
RF - Radio Frequency
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.
PCB TechnologyPCB Technology for Motion actuators
-
Multilayer
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RIGID-FLEX
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.
PCB TechnologyPCB Technology for Motor control
-
HDI
-
RIGID-FLEX
Personal protection
PCBs for respiratory helmets, welding helmets or hearing protection. Demands are size constraints, Bluetooth and signal integrity and noise cancellation.
PCB TechnologyPCB Technology for Personal protection
-
HDI
-
Multilayer
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RIGID-FLEX
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.
PCB TechnologyPCB Technology for Sensors
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Flexible
-
HDI
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Multilayer
Test and measurement
PCBs for multimeters, oscilloscopes, power, radio and RF signal analyzers. Demands are complex design, size constraints and signal integrity.
PCB TechnologyPCB Technology for Test and measurement
-
Flexible
-
HDI
-
Multilayer
-
RF - Radio Frequency
-
RIGID-FLEX
Some of the Industrial customers we serve
Insights
PCB design for extreme environments
PCB design for extreme environments – challenges with thermal management, altitude and shock and vibration events.
PCBs for Harsh and Extreme Environments: What defines an extreme environment?
PCBs used in harsh and extreme environments will be exposed to extreme situations. Learn about what defines extreme environments and about the PCBs used.
PCB designs with high-power applications – demands and considerations
High-power applications are those that require a lot of power to operate. This is usually because they are used in devices that need to be able to run for a long time without being plugged in.
Thermal management in electronic systems is becoming increasingly important
In today’s electronics industry there are increasing calls for special thermal management solutions. NCAB’s experts tell about the methods available.
