Innovative engineering solutions for tomorrow's challenges

We provide cutting-edge engineering services tailored to meet the specific needs of modern industries. Our team of skilled engineers brings expertise across multiple disciplines, ensuring we deliver comprehensive and customized solutions that drive operational success.

Our core engineering services

Engineering & automation solutions

We specialize in designing and developing comprehensive systems that combine mechanical, automation, and control elements. From initial concept through to final implementation, our engineers ensure optimal performance, reliability, and seamless integration.

  • Product Design & Prototyping: Transform your ideas into reality, with prototypes designed to meet rigorous performance standards.
  • Automation & Control Systems: Implement advanced systems to automate operations and enhance efficiency across your business.
  • System Integration: Integrating new technology into your existing systems with minimal disruption, ensuring smooth operations.
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Custom automation solutions

Our expertise in automation allows us to design scalable, future-proof systems that cater to your business's evolving needs.

  • Automated Storage & Retrieval Systems (AS/RS): Efficient storage systems that optimize space and improve inventory management.
  • Robotic Systems Design: Automation solutions tailored to reduce manual labor, enhance precision, and improve overall process efficiency.
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Project management

We offer end-to-end project management services, delivering projects on time, within budget, and to the highest quality standards.

  • Consultation & Planning: Close collaboration with clients to develop strategic plans that meet project goals.
  • Implementation: Expert supervision throughout the implementation phase ensures all elements are completed to specification.
  • Support & Maintenance: We offer continuous post-deployment support and maintenance to keep systems running at peak performance.
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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

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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

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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

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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

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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.