industries

Automotive


JIT/JIS deliveries: AGV and AMR robots deliver sequenced components and wiring harnesses directly to assembly lines.


Heavy transport: AGV platforms transport engine blocks, gearboxes, and body parts between departments.


Pickup from robotic cells: Autonomous carts pick up modules from robotic workstations and transport them to quality control.


Zero downtime: Smooth and timely flow of parts to the main assembly line.


Maximum safety: Elimination of forklifts from pedestrian routes.


Cargo protection: No damage or scratches to finished components during transport.

 

Heavy & Machinery Manufacturing


CNC machine tending: High-payload AGVs transport castings and sheet metal between machining centers.


Hazardous zones: Autonomous platforms deliver large structures to welding cells and paint booths.


Heavy assembly: Robots autonomously deliver massive engines and transmissions to assembly stations.


Increased safety: Elimination of hazardous, manual transport of heavy loads.


24/7 operation in harsh environments: Resistance to dust, noise, and high temperatures.


Zero machine downtime: Continuous feeding of CNC machines without waiting for overhead cranes or internal combustion forklifts.

Warehouse Logistics & E-commerce


Goods inbound: AGV/AMR trucks independently pick up pallets from docks and transport them to the storage area.


Order picking: AMR robots bring shelves with products directly to the operator (Goods-to-Person).


Outbound handling: A fleet of robots efficiently transports completed packages from the packing zone to the shipping docks.


Faster handling: Reduction of order picking time by up to 50–70%.


Easy scalability: Instant addition of more robots during seasonal peaks.


Stress-free accuracy: Reduction of errors in sorting and parcel dispatch almost to zero.

Home Appliances, Furniture & Light Industry


Feeding processing lines: AMR robots transport furniture boards, sheet metal, and home appliance casings directly to cutting and assembly areas.


Finished goods transport: AGV trucks transport large-scale furniture, home appliances, and packed cartons to the finished goods warehouse.


Handling rolls and containers: Autonomous vehicles autonomously deliver rolls of fabric, foam, and plastic components to production cells.


Product aesthetics protection: Zero scratches or dents on painted home appliance casings, furniture fronts, and delicate raw materials.


Smooth flow without bottlenecks: Efficient and continuous removal of processed components from edge banders, punching machines, and CNC centers.


Flexibility in short series: Instant changing of robot routes during frequent product and design changes.

Electronics & Precision Manufacturing


Micro-logistics of parts: Autonomous carts supply workstations with small components directly from buffers.


PCB transport: AMR robots transport printed circuit boards between SMT lines and testers.


Collection of finished systems: Robots collect assembled electronics from workstations and take them to the packing area.

 


Vibration-free transport: Smooth movement protecting delicate BGA chips and soldered joints.


Increased space utilization efficiency (Work-In-Progress reduction): Smooth transport in a one-piece flow system drastically reduces the amount of work-in-progress waiting at workstations, freeing up valuable square meters in production halls.


  • Guarantee of SMT production continuity (elimination of micro-downtime): Automatic, timely deliveries of PCB magazines prevent downtime of assembly machines, which generate high costs of re-homing and changeover.

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Pharmacy & Food Industry


Pickup from packaging: Robots automatically transport palletized goods from production lines to wrapping.


Packaging supply: Autonomous AMRs unmannedly deliver cartons, foils, and labels to packaging stations.


Cold storage logistics: Dedicated AGV vehicles ensure safe transport of raw materials in freezers and cold rooms.


HACCP compliance: Limitation of personnel movement in clean food production areas.


Cold chain continuity: Safe transport of products sensitive to temperature changes.


Space optimization: Efficient movement of robots in narrow warehouse aisles.