
Certified quality for industrial applications
In-house production and partner sites work to strong management standards such as ISO 9001 for traceability and clean documentation.
View our ISO 9001 certification →Machinery and plant engineering
Precise manufacturing for complex machine components, from functional prototypes to scalable serial production and advanced assembly work.
We support machinery and plant engineering teams with manufacturing setups that are dependable, economical, and globally scalable.
Machinery and plant engineering

In-house production and partner sites work to strong management standards such as ISO 9001 for traceability and clean documentation.
View our ISO 9001 certification →
Inspection reports, measurement records, and documentation standards such as EN 10204 help secure complex manufacturing projects.
More on quality documentation →
CNC, die casting, molding, and assembly routes support precision in fit, guidance, and other function-critical areas.
Explore our production processes →Trust
Scale-up
Automated quoting and coordinated production shorten the path from CAD data to functional prototypes, assemblies, and serial parts.

Partner network
From prototype to serial production, we combine in-house manufacturing and a global partner network to scale industrial projects with resilience.

Machinery and plant engineering
assemblean helps machinery and plant engineering teams execute demanding manufacturing work with more precision, commercial clarity, and less coordination load.
Economical manufacturing of complex industrial parts with a broad material portfolio.
Finishing options matched to function, protection, and service life.
One contact coordinates project, partners, and supply chain across all stages.
Early inspection helps secure dimensional accuracy and function during manufacturing.

Load-bearing carrier and bracket components for machines and production systems.

Precise adapter and connector parts with strong dimensional control and repeatable quality.

Clean housing and cover parts for industrial use.

Durable wear and guide parts for continuous industrial operation.
Use cases
Machine brackets
Adapter flanges
Housings and covers
Wear and guide parts
Assemblies and subassemblies
Prototypes and pilot series
Processes

Die casting in several alloys with custom tooling for repeatable industrial production.

Injection molding and advanced plastic processes for precise industrial plastic parts.

CNC milling, turning, mill-turning, and drilling for prototype and serial components.

Mechanical and mechatronic assemblies from manual stations to coordinated automation.
Materials
For industrial components we provide metals, stainless variants, and technical plastics chosen for function and loading.
Finishing
For machinery parts we support the right surfaces and post-processing steps for protection, function, and service life.
Examples





FAQ
Mechanical engineering covers the development and production of machines, modules, and single components.
Plant engineering looks more broadly at connected systems and complete production or process installations.
Projects can involve many material families, including carbon steels, stainless steels, aluminium, copper, brass, engineering plastics, and higher-performance polymers.
assemblean can support CNC parts, bent parts, plastic components, wear parts, housings, precision components, and larger assemblies.
This ranges from spare-part style orders to serial production.
Lead time depends on volume, material, route, and complexity.
Prototype and small-series parts without tooling lead time can often move quickly. After the first manufacturability review, we can outline a more reliable delivery plan.
Relevant standards vary by application, but ISO 9001-based quality management is often the baseline.
Depending on the project, additional expectations can include CE-related safety topics, ISO 14001, PPAP-style sampling, and traceability documentation.
We can provide typical documentation such as measurement reports, material certificates, lot records, and traceability information, while handling project data through controlled workflows and NDAs where needed.
Further industries

Production-ready CNC and additive parts with stable processes, full documentation, and repeatable quality.

Precision components for dynamic systems, from grippers and joints to end effectors and mission-critical modules.

Quality-led manufacturing for demanding geometries and advanced materials with transparent traceability.

Precision parts and assemblies for MedTech products with documented workflows, traceability, and reliable scale-up.

Design-sensitive housings, electronics-adjacent components, and repeatable serial production for consumer devices.
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