Kabelbaumfertigung und Kabelkonfektion

Key challenges in mechanical development

• Limited internal resources – Development teams often operate at full capacity.
• Late-stage modifications – Last-minute changes lead to additional costs and delays.
• Manufacturing & cost constraints – Products need to be optimized from the outset.
• Fluctuating demand – Development resources must be flexible and scalable.

We support you from the initial concept to production-ready implementation. Our key focus areas:

• Design for Manufacturing & Assembly (DfMA) – Minimizing modifications & enabling seamless scalability.
• Cost optimization – Keeping material, tooling, and process costs in check from the start.
• Expertise & know-how – The right specialists bring the right knowledge into your project.

Full product or module development (Contract Development)

• Mechanical design and engineering.
• Material and manufacturing optimization.
• Testing and validation.

Technical consulting & support

• Design reviews and manufacturing optimization.
• Solutions for technical challenges.
• Guidance on material and production costs.

Co-Creation & resource sharing (Body Leasing)

• Deployment of our engineers for project-based support.
• Direct collaboration with your teams.
• Knowledge transfer and process integration

Flexible resources & team relief

• Our engineers free up capacity for your teams.
• Temporary support during peak workloads.
• Internal teams can focus on core competencies.

Cost reduction & increased efficiency

• Lower fixed costs through demand-based external support.
• No need for long-term investments in additional expertise.
• Faster time-to-market through optimized development processes.

Transparency & cost control

• External services are clearly defined and manageable.
• Transparent cost structures and quality benchmarks.
• Improved cost predictability.

Key challenges in software development

• High system complexity and diverse requirements – Combining seamless interaction between hardware, software and mechanics, safety-critical environments and a wide range of stakeholders can be tough.
• Changing hardware platforms and high integration demands – software must be scalable across different hardware environments and components must fit into complex existing landscapes.
• Lack of internal resources – limited in-house expertise, capacity or a structured development process limit software projects sooner or later.

We support you from requirements management to system validation. Our key focus areas:

• Architecture & interfaces – From early-stage system design to seamless integration.
• Model-Based Systems Engineering (MBSE) – For traceable, consistent, and tool-supported development.
• Verification planning – Ensuring every requirement can be tested and validated from the start.
• Agile workflows – Transparent, iterative processes with clear milestones and customer feedback.
• State-of-the-art toolchain – Modern tools for version control, automated testing, and continuous integration/deployment.
• Standards-compliant development – Aligned with industry-specific safety, cybersecurity, and quality regulations

Embedded & application-level software development

• Software for microcontrollers, embedded Linux, and user interfaces.
• Connectivity solutions with secure protocols.
• Modular, maintainable architectures for scalable applications.

System-oriented engineering & compliance

• Requirements engineering and traceability
• MBSE for structure, consistency, and tool-supported processes
• Architecture design for reliable system integration

Verification, consulting & lifecycle support

• Test planning, implementation, and execution
• Software testing from unit to system level, tailored to industry regulations
• Automated testing and documentation.
• Long-term lifecycle services including maintenance and updates

Scalable expertise for complex systems

• Access to deep embedded, application, and systems-level software know-how.
• Fast ramp-up and flexible support to extend your internal capabilities.
• Support across the full product lifecycle—from concept to maintenance.

Accelerated and compliant development

• Agile workflows for faster iteration, feedback, and time-to-market.
• Tool-supported workflows that reduce friction and time-to-market.
• Compliance with industry standards for safety, quality, and cybersecurity.

Reduced risks and future-proof solutions

• Model-based development and traceable processes reduce late-stage surprises.
• Robust, scalable software architectures ready for future product evolution.
• Minimized rework and technical debt through structured, high-quality engineering.