Bespoke automated systems for loading, unloading and handling your machinery.
The Solutions
Custom robotic machine tending systems for your production
We design robotic systems for tending machine tools, machining centers and production lines. Every solution is developed based on the actual specifications of your process.
Autonomous loading and uploading
Raw material picking, machine positioning and finished part removal without interruptions, completely eliminating manual intervention.
Precision handling
Seamless part transfer between stations, maintaining constant orientation, sequence and cadence throughout the production cycle.
Multi-center automation
A single robotic system manages multiple machines in sequence, maximizing the productivity and efficiency of the entire plant.
Constant supervision
Total real-time control over every movement and job status, ensuring absolute precision and eliminating errors.
We don't just sell robots, we design solutions.
An off-the-shelf robot solves a generic problem. A custom-designed system solves yours. The result is a system that integrates into your production without forcing you to adapt your process to the machine.
- Preliminary analysis: focus on the part, machine and production cycle
- Kinematics: selection of the ideal robot (SCARA, Delta, 6-axis or Cartesian)
- Customization: end-effector (gripper) design based on component geometry
- Integration: defining control logic based on your PLC requirements
Designing the system around your product
Every part has unique characteristics: weight, fragility, geometry, material and positioning tolerance. We design the entire gripping and handling system starting from these paramteres, not from pre-packaged solutions.
Dedicated handling
We design custom end-effectors for your components, ensuring a secure and precise grip based on specific geometry.
Adaptive control
We develop flexible control logic capable of rapid reconfiguration to handle every variant in your production.
Tailor-made automation
The robot is built entirely around your needs. It is the tending system that adapts to your product, not the other way around.
Vertical solutions for every sector
From automotive to packaging, our robotic tending solutions are configured to meet any production cycle requirement, ensuring consistency and quality across different volume scales.
Food & beverage
Automotive
Manufacturing
Packaging
Elevate your productions standards
Speak with one of our technicians to evaluate the feasibility of your projects.
Request a free quoteIs manual machine tending limiting your performance?
Integrating custom machine tending robots permanently resolves these bottlenecks.
Manual tending
- Errors and inconsistency
- Physical endurance limits
- High costs & worker risk
- Missing data/traceability
Automated tending
- Constant productivity
- Rapid ROI
- Flexibility and safety
- Total control
Proven results
The outcomes of our projects
Key data from our installed systems:
- dal 20 to 40% average increase in productivity
- – 50% reduction in handling and positioning errors
- -25% in cycle times
- average ROI under 18 months
Our development process
We support you through every stage. Every system is born from in-depth analysis and bespoke design.
Technical site survey
We analyze the production cycle, layout, parts to be handled and current bottlenecks.
Design
We define kinematics, gripping systems, control logic and integration with existing machinery, providing a proposal based on real-world speed, precision and budget.
In-house development
We handle the entire system internally, from end-effector fabrication to electrical cabinet and control software design.
Commissioning & Support
We manage installation and production testing, taking care of operator training and after-sales technical support.
The advantages
Why automate industrial machine tending?
The integration of these robots is a pillar of industrial digital transformation, increasing competitiveness and efficiency.
Productivity
Consistent pace and faster cycles, eliminating bottlenecks.
Flexibility
Easily reprogrammable systems to handle product variants.
Precision
Halve positioning errors thanks to dedicated handling.
Safety
Eliminates operator risk by removing heavy and repetitive tasks.
Fast ROI
Amortize your investment quickly through labor optimization.
Digital Control
Industry 4.0 integration with data traceability and real-time monitoring.
Grants and incentives
Helping you finance your projects.
To find out about available grants in your region and the various incentives you can benefit from, contact us today.
Automating production processes means improving efficiency and productivity
Industrial Automation
Advanced solutions for process automation
Robots, cobots and technologies such as individual IoT, PLC, HMI and SCAD to optimize production processes, enhance efficiency and drive industrial innovation.
Services
Innovation ad 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
How long does it take to develop a custom tending system?
It depends on complexity. Typically, it takes 8 to 16 weeks from the initial analysis to installation. We can provide a precise estimate after the technical site survey.
Will the system integrate with my existing machines?
Yes. We design systems to work with your current machinery, interfacing with your existing PLCs, communications protocols and layout. There is no need to replace or modify your current machines.
What happens if the product or part geometry changes?
We anticipate this during the design phase. Our systems are programmable to handle product variants; often, a simple tool change on the end-effector or software update is all that’s needed.
What types of robots do you use?
We choose the kinematics best suited to the process: SCARA for fast planar movements, 6-axis (Articulated) for complex cells, Cartesian for high-precision linear moves, or Delta for high-speed applications.
How do you calculate ROI?
We estimate it together based on real data: current labor costs, current vs. target cycle times, scrap rates and downtime. On average, our systems pay for themselves within 18 months.
Related products
Quality control
Custom vision systems to enhance your production line efficiency.
Request a free quote
Speak with one of our experts to evaluate your project's fesibility.
Request a free quote