Engineering
Complex systems start with clear requirements, controlled interfaces and decisions that remain traceable throughout development.
Prototyping
Engineering decisions are validated in hardware as early as possible.
Industrialisation
Turning a successful prototype into a controlled, repeatable and qualified production configuration.
Manufacturing
Precision manufacturing and assembly of complex components, structures and integrated hardware, supported by production engineering, controlled processes and system-level responsibility.
Integration
Mechanical, optical, electrical, electronic, control and software interfaces are brought together and verified as one system.
One engineering process.
Design, verification, industrialisation and production are treated as one continuous engineering activity rather than separate handovers.
Disciplines combined as one system.
Mechanical
Structures, mechanisms, tolerancesStructural
Load paths, stiffness, analysisElectro-optical
Optical paths, sensors, alignmentElectronics
Boards, harnessing, powerControl
Actuation, servo, stabilisationSoftware interfaces
Protocols, command and telemetryManufacturing engineering
Process, tooling, producibilityTest & verification
Procedures, instrumentation, evidenceEngineered for qualification.
In regulated programmes, performance alone is not enough. Configuration control, verification evidence, manufacturing records and technical documentation are developed alongside the system from the beginning.
Bring us the requirement.
Discuss a system, subsystem, prototype or industrialisation challenge directly with our engineering team.
Tell us the requirement.
Discuss an engineering challenge, development programme or manufacturing requirement directly with our team.
Carrara, Italy