Our Approach

  • Needs Analysis – Define goals and initial research
  • Concept & Simulation – Feasibility studies and iterative design
  • Prototyping – Functional validation through mockups or pilot units
  • Testing – Load and performance testing
  • Implementation – On-site or remote commissioning
  • Documentation – Technical files and training material

Technical Innovation & IP

We hold patents for shuttle systems and warehouse automation technologies, such as modular shuttle designs and container handling systems. Our solutions are designed to optimize automation efficiency and scalability.

References & Network

  • Participation in LogiMAT 2025 with key insights and demonstrations
  • Collaboration with European industry leaders
  • Growing LinkedIn community with over 260 followers

Contact & Collaboration

  • Flexible project models: hourly, work-package, or full-project
  • Worldwide support: remote or on-site
  • Free 'Engineering Challenge' offer: up to 3 realistic suggestions per request

Explore our success stories

We pride ourselves on delivering innovative engineering solutions across various industries. Below are some of the key projects we've successfully completed, each demonstrating our commitment to quality and precision.

Robot extraction mechanism for AGV’s on automated warehouses

Duration: 9 Months

Overview:
We developed a fully mechanical and highly accurate robot extraction mechanism. This device is used to extract Robots from an automated warehouse system for maintenance purposes.

Design and engineering:
The mechanism was designed for eased and safe robot extraction and insertion.

Outcome:
The project resulted in a highly efficient maintenance procedure with reduced downtime using an easily slidable, and stowable mechanism.

Stacker crane for automated storage and retrieval system

Duration: 18 Months

Overview:
We provided support in engineering a 45-meter stacker crane to handle automatic pallet operations, with a capacity of 2× 1.5 tons.

Design and engineering:
The crane was developed to handle heavy loads with precision, optimizing storage and retrieval performance.

Outcome:
This project enabled more efficient pallet handling, significantly improving throughput in automated warehouses.

Smartphone app for robot and rail diagnostics using vibrations

Duration: 6 Months

Overview:
We created a smartphone app capable of diagnosing issues with wheeled robots or rails by measuring vibrations.

Innovation:
The app determines the exact source of vibrations, identifying potential issues such as a bad rail spot, damaged bearings, or flat spots on wheels or rollers.

Outcome:
This tool significantly improves maintenance accuracy, reducing downtime and preventing costly repairs.

Next-generation AGV for automated warehouses

Duration: 4 Months

Overview:
We provided support in the development of a new robot generation for an automated warehouse system.

Engineering and development:
Our team contributed to the design and testing of the next-gen robot, focusing on continuous improvement by addressing beta site learnings.

Outcome:
Increased machine design robustness.