Precision components, modules and systems for advanced high-tech machinery
Doeko in the high-tech machinery sector
Reliable technology for powerful machines
In high-tech machinery, stability, repeatability and integration at system level determine the performance of a machine. Components must not only be produced accurately, but also be suitable for assembly into complex modules and perform reliably within larger installations.
Doeko produces precision mechanical components as well as complete mechatronic modules and systems for OEM machine builders. By combining engineering, automation and assembly within one production environment, we ensure that parts are not only manufacturable, but also remain scalable for production.
From component to modules and systems
Within high-tech machinery, we supply components that become part of larger installations, but we also build complete modules and subsystems that can be integrated directly into machines.
- Produce precision mechanical components repeatably
- Assemble mechatronic modules
- Assemble and test subsystems in a controlled way
This allows parts to move through machining, assembly and system-level integration in a controlled flow.
The combination of machining, automation, quality control and assembly makes it possible to produce products with multiple process steps in a stable way within fixed production routes. This is essential for machines where tolerance stack-ups have an effect at system level.
Through our integrated production environment, we can supply both individual components and complete modules that can be used directly in the machine platforms of OEM customers.
Doeko produces components for:
- Handling and positioning systems
- Precision assemblies
- Inspection and test platforms
- RFID-related installations
- Machines for lens production and optical applications
The high-tech machinery chain
Integrating precision, automation and system architecture
The high-tech machinery sector consists of specialised OEM companies that develop installations for production, inspection, positioning and handling across a wide range of industries. Within these systems, precision mechanical components and mechatronic modules are used that must perform within controlled tolerance stack-ups and stable production environments.
Unlike traditional manufacturing, this sector is not only about accuracy at component level. It is mainly about repeatability across multiple process steps and reliability within complete modules and systems.
- Be suitable for integration into subsystems
- Perform reliably within tolerance stack-ups
- Remain scalable for production
- Be part of controlled assembly processes
By combining Design for Manufacturing, automation and module assembly, Doeko supports OEM machine builders in making critical parts manufacturable within complex machines.
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Working together on scalable high-tech machinery solutions
Within high-tech machinery projects, we support customers in producing components, modules and subsystems that perform repeatably within larger installations and remain stable when scaling up to series production.
Do you want to know how we contribute to the production of components or modules for your machine? Read more about our approach or contact us.
What experience does Doeko have with products for customers in high-tech machinery?
Doeko has experience with high-tech machine builders that need components, modules and subsystems for complex machines. Examples include parts for handling and positioning systems, inspection platforms, RFID-related installations and machines for lens production or optical applications.
When is mechatronic assembly relevant within high-tech machinery?
Mechatronic assembly is relevant when mechanical components are combined with motion, sensors, cabling, electronics or control systems. Within high-tech machinery, this is important when a part does not function on its own, but becomes part of a larger machine as a module or subsystem.
Can Doeko scale high-tech components from prototype to series production?
Yes. Doeko can scale high-tech components from prototype to series production. We look at manufacturability, tolerances, production route, quality control and assembly. This creates a stable production process in which parts are not only correct once, but can be produced repeatably.