Seer Robotics Distributor in Spain: autonomous mobile robots for industrial intralogistics

Autonomous forklifts for pallet transport and heavy loads

Seer Robotics autonomous forklifts eliminate the need for operators in repetitive tasks such as loading, unloading, and pallet transport.

Equipped with laser SLAM navigation, they operate autonomously in warehouses, production lines, and logistics centers:

• SFL-CDD14, SFL-CDD16 and SFL-CDD20-Y autonomous stackers: from 1,400 to 2,000 kg capacity and lifting heights up to 3,000 mm.
• SFL-CPD15-T counterbalanced forklift: 1,500 kg payload with lifting height up to 3,300 mm.
• SFL-CBD15 autonomous pallet truck: horizontal pallet movement at speeds of up to 2 m/s.
• Lithium iron phosphate batteries (LiFePO₄) with automatic charging and 4 to 10 hours of autonomy.
• 3D obstacle detection with advanced sensors providing full protection in dynamic environments.
• Automatic pallet identification and route optimization from pickup to delivery. Compatible with pallets, cages, and shelving.
• Compact design for narrow aisle operation, ideal for space-constrained warehouses.
• Navigation accuracy of ±10 mm without the need for guides or fixed infrastructure.

Lifting robots and mobile platforms

Designed for internal logistics in manufacturing environments, Seer Robotics lifting robots combine autonomous mobility with lifting, rotation, and omnidirectional movement capabilities:

• AMB-300JZ: compact 300 kg robot with ±5 mm accuracy and 8 hours of autonomy.
• AMB-JS series: up to 1,000 kg payload with dual SICK nanoScan3 safety sensors.
• AMB-800K: 800 kg rotating platform for loads requiring rotation during handling.
• SJV-W600DS-DL: omnidirectional movement with 600 kg capacity, ideal for tight spaces.
• Comprehensive safety certified CE, UL, and SGS TÜV SAAR: protection via dual laser, front and rear bumper sensors, and emergency stop button.
• 360° rotation for maximum maneuverability in loading, unloading, and dynamic material handling operations.
• Multiple navigation methods: laser SLAM, QR codes, and reflectors, with advanced detection of people and obstacles.
• Highly reliable modular design that simplifies maintenance and reduces downtime and operating costs.
• Autonomous navigation, automatic battery charging, and up to 12 hours of continuous operation.

Modular robotic chassis for custom applications

Seer Robotics chassis are base platforms that allow integrators and manufacturers to build custom autonomous mobile robots for any industrial application:

• AMB-150: lightweight 150 kg chassis with 12 hours of autonomy for light load transport.
• AMB-300: 300 kg platform with ±5 mm accuracy for building medium-load robots.
• AMB-300XS: compact design with ISO 3691-4 certification and ISO Class 4 rating for cleanroom environments.
• Unified interface with SRC controllers for fast integration with RDS software and the M4 platform.

SRC robotic controllers

The brain of every Seer autonomous mobile robot: industrial controllers providing autonomous navigation, functional safety management, and full connectivity for the entire fleet:

• SRC-800 series: entry-level controllers with laser SLAM or QR code navigation for cost-effective AMRs.
• SRC-2000 series: general-purpose controllers with accuracy of up to ±2 mm using reflectors.
• SRC-3000FS: the world’s first robotic controller certified with IEC 61508 SIL2 and ISO 13849-1 PLd.
• Full connectivity: CAN bus, RS485, dual Gigabit Ethernet, dual-band WiFi 802.11ac.
• Compatible with over 90% of accessory manufacturers on the market.

Fleet management and intelligent logistics software

Seer Robotics completes its ecosystem with software platforms that coordinate robots, logistics processes, and operational data in real time:

• M4 Smart Logistics Management System: enterprise-level intralogistics management.
• RDS (Robot Management System): unified resource dispatch and multi-brand fleet coordination via VDA5050.
• Nebula Platform: open ecosystem for continuous evolution of the automation system,
• Meta visualization suite: real-time monitoring and visualization of operational data.
• Open knowledge base: technical resources and shared documentation to accelerate integration and application development.