Icprus Expertise
Printed circuit boards and technical parts designed for aerospace applications must have a high degree of reliability and robustness, with no room for error. At ICPRUS, the aerospace industry is a growing market. Customers rely on ICPRUS for sustainable and long-term solutions, and our ultra-modern labs and in-person staff on site allow us to audit our partner factories, as well as provide flexibility of payment, restocking ease, and short lead times.
Aratek biometric solutions
streamlines identity
management for millions
streamlines identity
management for millions
Certifications
AS 9100
AS 9100 is an international collaborative effort to create a fully robust and standardized Quality Management System specific to the Aerospace Industry.
ISO 22163:2017
Needs to demonstrate its ability to consistently provide products and services that meet customer and applicable statutory and regulatory requirements
IPC Class 3
PCBs have the highest tolerances and life spans, which are required for technology designed for life-threatening conditions, such as military use or aviation.
NADCAP
Established requirements for accreditation, accredit Suppliers and defined operational program requirements.
Engines, power distribution, and equipment systems are just a few functions found in civil aircraft that keep them functioning. Whether it’s in the engine or in the cabin, a few specific components that go into aircraft include HDI and multilayer PCBs, as well as transformers for voltage distribution.
Different aerospace applications requiring radar include but are not limited to civil or private aircraft, defense systems, and satellites. Radars require long-lasting and reliable components like RF and HDI PCBs, cables, and connectors.
Control systems must be reliable and precise, and require the positioning of large and difficult components. They are designed to increase efficiency in the aerospace industry and require expertly crafted components such as EMC shields, transformers, HDI PCB, and coils.
Engines, power distribution, and equipment systems are just a few functions found in civil aircraft that keep them functioning. Whether it’s in the engine or in the cabin, a few specific components that go into aircraft include HDI and multilayer PCBs, as well as transformers for voltage distribution.
Different aerospace applications requiring radar include but are not limited to civil or private aircraft, defense systems, and satellites. Radars require long-lasting and reliable components like RF and HDI PCBs, cables, and connectors.
Control systems must be reliable and precise, and require the positioning of large and difficult components. They are designed to increase efficiency in the aerospace industry and require expertly crafted components such as EMC shields, transformers, HDI PCB, and coils.
Aratek biometric solutions
streamlines identity
management for millions
streamlines identity
management for millions
Clients
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