Robotics and automation now let manufacturers run with a level of precision, throughput and round-the-clock operation that was difficult to achieve ten years ago.
Haflinger Technologies supplies and integrates motion systems, industrial connectivity, electrification and control for smart factories.
From autonomous mobile robots (AMRs) to high-speed production lines, our solutions are engineered to enhance productivity, reliability, and operational efficiency across complex industrial environments.
Through our collaboration with OpenMind Robotics, Haflinger Technologies extends its industrial robotics capabilities with AI-powered robotic automation, vision-embodied intelligence, and digital-twin technologies for logistics, manufacturing, and smart-factory applications.
Robot cells for material handling, logistics and quality inspection. Each one is designed, programmed and validated in a digital twin of your facility, so you know how it will perform before you invest. Filter by solution area to find the cell closest to your process; every application can be adapted to your parts, your robot brand and your floor space.
A collaborative arm works in a compact cell, locating randomly placed parts with 3D vision and transferring them between bins without fixtures or manual teaching.
A pilot project with Gradion demonstrating AI-powered bin picking integrated with autonomous material flow. A robot picks parts from bins while an AMR autonomously docks, collects finished bins, and delivers them to the next station.
An autonomous mobile manipulator picks cartons from the conveyor and builds stable pallet patterns, moving between stations as demand shifts across the line.
A cobot on a vertical lift column serves left and right pallets, so a full pallet can be swapped out while the robot keeps stacking on the other side.
A mobile robot scans an engine block from multiple viewpoints, fusing RGB and depth data to detect surface cracks and defects that are hard to catch by eye.
A UR10e on an autonomous mobile base travels to the line, picks parts from bins and feeds the next process, bringing flexible automation to brownfield factories.
A Digital Twin (DT) is a virtual copy of a physical asset, whether a robot, a production cell or an entire process, that stays synchronized with it in real time.
As a core technology of Industry 4.0, Digital Twin gives you far deeper insight into how your equipment is managed and operated. The result is less unplanned downtime and higher production efficiency, from the first day of commissioning through years of operation.
Small and medium-sized manufacturers cannot afford long commissioning, trial and error on the shop floor or unexpected stoppages. A digital replica of your product or process takes that risk off the table.
Find collisions, reach limits and bottlenecks in simulation, long before they turn into costly downtime on your line.
Test layouts, cycle times and robot programs virtually, then deploy the configuration that delivers the highest throughput.
Fewer on-site iterations, shorter commissioning and predictive maintenance keep both capital and operating costs under control.
Engineering, operations and management share the same live model and data, so decisions are faster and better informed.
A clear, four-step path that lets you see your automated cell working before any hardware is ordered.
Send us a short video, a floor layout or your cycle-time target. That is all we need to get started.
Engineers model your cell, robot, gripper and parts in a physics-accurate simulation.
Reach, cycle time, collision-free motion and safety zones are verified and reviewed together with your team.
The validated program moves to the real robot, and the twin stays connected over OPC UA for live monitoring.
Robotic picking, object handling, and placement for flexible automation, including human-robot collaboration where applicable.
Computer vision and scene understanding that let robots perceive objects and their surroundings for vision-guided operation.
Virtual modelling and simulation of robotic systems for validation and workflow optimisation before deployment.
Automated palletizing for high-throughput material handling in logistics and manufacturing environments.
Intelligent robotic task execution with AI-assisted automation and adaptive workflows that respond to changing operating conditions.
Virtual modelling and simulation of robotic systems for validation and workflow optimisation before deployment.
Computer vision and scene understanding that let robots perceive objects and their surroundings for vision-guided operation.
Fast setup time gets the system up and running quickly, supporting a swift return on investment through improved operational efficiency.
AI-guided robotic workflows are designed to run faster, with fewer errors and more consistent output across production batches.
Robots can take on hazardous or physically demanding tasks, reducing the risk of injury for human workers.
Applications include bringing AI robotics capabilities to Indian manufacturing and logistics operations across the following areas.
OpenMind Robotics' AI platform supports multiple robotics platforms, including the following.
We supply components and also take responsibility for the complete system, staying involved from design through to commissioning.
Talk to Our EngineersWe combine motion, connectivity, power, and AI into a single solution.
Festo, ILME, Anamet, Advantech, and Xnergy.
Every solution is designed around your real operational requirements.
We stay with you from concept through integration, testing and go-live.
We bring several engineering disciplines together in one system, so that communication, power delivery and control work reliably as a whole.
