Custom automation solutions for transfering, sorting and handling components throughout your production line.
The solutions
Robotic handling systems designed around your workflow
We develop robotic architectures dedicated to the fast and precise movement of products along assembly and packaging lines.
Autonomous handling
Component picking and outbound repositioning, ensuring constant flow and eliminating dependence on manual operations.
Precision logistics
Part transfer between different work stages, ensuring perfect orientation and strich adherence to required cycle times.
Multi-line systems
A single robotic cell can coordinate the flow of multiple parallel lines, optimizing floor space and increasing overall factory yield.
Active monitoring
Real-time tracking of every single movement for bottleneck-free flow management with a near-zero error margin.
We don't just provide robots; we integrate processes.
A standard robot is a component; a bespoke system is the engine of your competitive advantage. We design solutions that blend into your existing layout, ensuring you never have to adopt your factory to the technology.
- Feasibility study: granual analysis of parts, volumes and footprints
- Kinematic architecture: selection of the ideal technology for the task
- End-of-arm customization: engineering of gripping systems based on your product’s specific morphology
- Software synchronization: management software development integrated with your PLC systems
Configuring the flow around your product
Every component presents unique challenges: mass, fragility, surface morphology and placement precision. Our approach avoids “one-size-fits-all” solutions; instead, we develop the entire picking and transfer architecture based strictly on the physical characteristics of your product.
Dedicated gripping systems
We design and and manufacture exclusive End-of-Arm Tooling (EOAT) for your parts, ensuring a firm, secure and gentle grip regardless of shape complexity.
Dynamic flow management
We implement intelligent and flexible handling algorithms, allowing the system to adapt instantly to format changes or different product variants on the line.
Tailored integration
Every robotic cell is modeled on your specific logistical needs. The handling technology integrates perfectly into your process, ensuring total harmony between machine and product.
Application excellence in every sector
From handling delicate components in the food industry to high-speed picking in packaging: our handling cells are scalable and configured to offer repeatable quality across any production volume.
Food & beverage
Automotive
Manufacturing
Packaging
Boost your production capacity
Consult with our experts to design your automated pick-and-place system.
Request a personalized quoteIs manual handling holding back your growth?
Automation resolves the critical issues of part transfer by supporting the operator, transforming a strenuous task into a safe, fluid process.
Manual handling
- Inconsitent rhythm and downtime
- Risk of part damage
- Fatigue and ergonomic risks
- Difficulty in flow tracking
Automated handling
- Uninterrupted production cadence
- Rapid return on investment
- Operational flexibility and total safety
- Full digital data control
The path to your new automated line
We guide you from the initial vision to final testing with a proven method.
On-site analysis
We study flows, spaces and part types to identify current picking bottlenecks.
Project Design
We define the kinematics and control logic, presenting a plan based on guaranteed performance and fixed budgets.
In-house construction
We build the entire system in our labs, from software to gripping mechanics.
Installation and training
We manage the on-site startup and train your staff to get the team operational immediately.
The benefits
Why automate material handling
Automating material handling isn’t just about speed; it’s about creating a smarter, more sustainable work ecosystem.
Safety
Eliminates the risk of accidents in critical operations or hazardous environments.
Optimized space
Maximizes every square meter, moving with agility even in confined areas.
Zero fatigue
Relieves operators from heavy lifting and repetitive movements that impact health.
Uninterrupted flow
Speeds up production cycles by eliminating manual bottlenecks and downtime.
24/7 precision
Guarantees millimiter-accurate, consistent movements, eliminating human error and part damage.
Professional growth
Frees people from repetitive tasks, allowing them to focus on higher-value activities.
Grants and incentives
Helping you secure funding for your projects.
Contact us to discover available regional grant and the various incentives you can benefit from.
Measurable impact
Our project's results
The effectiveness of our technology is reflected in our client’s numbers:
- 20-40% increase in production capacity
- -50% reduction in waste or damage during transport
- -24% reduction in overall cycle times
- estimated ROI under 18 months
Automating production processes means improving efficiency and productivity
Industrial Automation
Advanced solutions for process automation
Robots, cobots and technologies such as Industrial IoT, PLC, HMI and SCADA to optimize production processes, enhance efficiency and drive industrial innovation.
Services
Innovation and consulting for the industrial world
We support companies with feasibility studies, Industry 4.0/5.0 consulting, grant applications and training to foster innovation and sustainable growth.
FAQ
Can you handle fragile or irregularly shaped products?
Absolutely. By integrating force sensors and customs-developed end-effectors, our robots can handle extremely delicate objects (like electronic components or soft food products) or symmetrical geometries. We use vacuum grippers with specialized suction cups or mechanical hands with soft-touch coating to ensure secure grip without marking the surface.
What happens if parts arrive on the line unsorted or disorganized?
In these cases, we integrate 2D or 3D machine vision systems. The robot doesn’t just execute a fixed move; it “sees” the position and orientation of the part on the conveyor. The robot-guidance software recalculates the trajectory in real-time to perform precise picking, even if items are bulk, overlapping or moving (pick-on-the-fly).
What is the maximum weight your handling systems can manage?
Our solutions cover a wide spectrum: from micro-components of a few gram handles by high-speed Delta or SCARA robots, to heavy load (over 500 kg) moved by high-capacity articulated robots. The choice of kinematics always depends on the ratio between product weight (including the gripper) and the required cycle speed.
Do handling robots require complex maintenance?
No, modern robotics are designed for intensive (24/7) work cycles with minimal intervention. Our systems include predictive maintenance software that monitors motor and gear status, signaling the need for service before a breakdown occurs. Routine operations are usually limited to periodic wiring checks and joint lubrication.
Can we automate handling in very confined spaces?
Yes, compactness is one of our strenghts. We design cells using Collaborative Robots (Cobots) that can work alongside operators without bulky safety fencing (following a risk assessment), or we use ceiling-mounted robots or linear rails to free up floor space and optimize your plant layout.
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Speak with one of our engineers to assess your project's feasibility.
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