Kettybot Pro Robot is a multifunctional service robot for delivery and marketing, with total payload of 30 kg distributed over three trays (10 kg/tray) and autonomy up to 9 hours unloaded. Navigation is based on SLAM system combined with Lidar and marker, ensuring minimum passage of 520 mm and overcoming height differences up to 5 mm. The dual LCD screens (10.1'' and 18.5'') support interactive marketing activities, while visual tray detection and adjustable speed between 0.2 and 1.2 m/s make it suitable for industrial, retail and hospitality environments. Charging can be performed via cable or in autonomous mode at the charging station (sold separately), with a recovery time of 4 hours.

Flashbot is an autonomous delivery robot designed for indoor and semi-outdoor environments such as hotels, hospitality facilities, and complex operational spaces. It navigates independently using a combined SLAM/VSLAM, optical marker, and Lidar system, with adjustable speed between 0.5 and 1.2 m/s and the ability to overcome floor transitions up to 20 mm. Single (187×410×280 mm) or double (380×410×280 mm) tray configurations support a payload of up to 20 kg, with up to 9 hours of battery autonomy and both automatic and wired recharging in 4 hours.

The 30L Mobile Water Refill Station (P-DSM-CC1) is an accessory designed for the CC1 cleaning robot, intended for environments where a fixed docking station is not available or practical. With a 30-litre capacity, it enables automatic water replenishment without spatial constraints, extending CC1's operational autonomy in production areas with flexible layouts. It can be combined with the docking station to cover both water and power supply needs in a single setup.

The Docking Station CC1 (P-DS-CC1) automates the cleaning cycle of the CC1 robot by autonomously managing battery recharging and water and detergent exchange, minimizing operational interruptions and manual intervention. Designed as a dedicated accessory for the CC1, the station allows the robot to return to base autonomously for replenishment of all fluids necessary for the washing cycle. Ideal solution for industrial environments requiring operational continuity and standardization of cleaning processes.

The Red Rubber Blades SH1 (cod. P-C-S9) are consumable spare parts designed for the SH1 robot in the LeanRobot line, supplied in a 2-piece kit. They are intended for quick replacement of blades subject to wear during the robot's operating cycle. Their use ensures continuous system performance with minimal downtime.

The Blue Rubber Blades SH1 (cod. P-C-S8) are consumable spare parts designed for the SH1 robot of the LeanRobot line, supplied in kits of 2 pieces. Intended for quick replacement of blades subject to wear during the robot's operating cycle, they guarantee the maintenance of system performance while reducing machine downtime.

The Red Pad SH1 (code P-C-S6) is a replacement consumable designed for the Pudu SH1 scrubber-dryer robot, sold in a 2-piece pack. It ensures consistent cleaning performance on hard floor surfaces, maintaining the robot's operational efficiency during regular maintenance cycles.

The automatic charging station (P-CH-STDW) is designed to ensure continuous operation of Bot2 and Flashbot service robots in industrial environments. The robot autonomously docks to the station at the end of its work cycle, eliminating the need for manual intervention during recharging. The white finish allows straightforward visual integration in production areas managed according to visual management principles.

The Charge Station for T Series is the dedicated charging station for T Series robots (e.g. T300), designed to support 24/7 continuous operations in industrial and service environments. It enables fast charging in approximately 2 hours (from 0% to 90%), minimizing robot downtime. Combined with the automatic recharging function, the station ensures the robot returns to service without manual intervention, sustaining uninterrupted operational cycles.

The P-CH-MT1 automatic charging station is designed for the MT1 robot and enables automatic power restoration at the end of or during operational missions, eliminating the need for manual charging intervention. By integrating into the robot's workflow, it ensures operational continuity in industrial and logistics environments that require extended duty cycles.

The Automatic Charging Station for CC1 (P-CH-CC1) is designed to provide automatic power restoration for the CC1 cleaning robot, supporting continuous operation in dry-cleaning industrial environments. The station enables the robot to autonomously return to base for recharging, minimizing downtime and manual intervention. As a dedicated accessory, it integrates into the LeanRobot ecosystem to optimize industrial cleaning cycles.

Pack of 2 replacement HEPA 13 air filters for the CC1 service robot, delivering a filtration efficiency of over 99.95% for particles ≥ 0.3 microns. Designed to ensure that CC1 meets cleanroom emission standards after cleaning tasks, preventing secondary contamination in demanding environments such as hospitals and clean rooms. This consumable is specific to the CC1 model; regular replacement is required to maintain rated filtration performance.

The Dust Bag Adapter for CC1 (code P-C-C4) is a dedicated accessory for the CC1 service robot, designed to enable the use of compatible dust bags during vacuuming mode. It connects the filter bag to the CC1 suction system, supporting effective cleaning on surfaces such as carpets. A maintenance and replacement accessory for industrial and service environments where the CC1 operates in vacuum mode.

Replacement dust bags for the CC1 robot vacuum system, supplied in a pack of 10 pieces. Original consumable designed to maintain the CC1 suction performance over time. Regular replacement ensures proper cleaning cycle operation in industrial environments. Compatible with the dedicated adapter P-C-C4 and suitable for use alongside the HEPA 13 filter P-C-C6 for complete filtration.

The CC1 Enlarged Waste Bin is a dedicated accessory for the CC1 multifunctional robot, designed to increase waste collection capacity during autonomous cleaning operations. It extends the robot's operational autonomy by reducing the frequency of emptying interventions in industrial and commercial environments.

The SH1 Battery is a removable lithium-ion pack in a 7S4P configuration, rated at 25.2 V and 18 Ah, designed as a replacement accessory for the LeanRobot WP ONE service robot. Its lithium chemistry delivers higher energy density compared to conventional AGM solutions, and the removable design enables fast swapping to minimize robot downtime.

Pudubot 2 Robot is an autonomous delivery robot designed for logistics and service environments, with a maximum payload capacity of 300 kg distributed on trays of 520x435 mm and an adjustable operating speed between 0.2 and 1.2 m/s. The navigation system combines SLAM positioning, Lidar and physical markers to ensure precision and reliability even in complex scenarios, with a minimum passage space of 800 mm. Operational autonomy reaches 12 hours without load, with wired or autonomous recharging via dedicated station (sold separately) in approximately 4 hours. The integrated 10.1-inch LCD screen supports communication and marketing functions in delivery and internal logistics contexts.

Bellabot Pro Robot is a premium delivery and marketing robot equipped with SLAM + LiDAR and visual navigation (VSLAM+) enabling rapid mapping without structural modifications to the environment. With a total payload capacity of 40 kg (4 trays of 10 kg each, dimensions 410×500 mm), adjustable speed between 0.2 and 1.2 m/s and autonomy up to 11 hours, it guarantees continuous operation in food service and retail environments even in complex settings. The dual LCD screens (10.1" and 18.5") support voice communication, customer greeting and personalized advertising functions, while tray visual detection and the Omni-Sense safety system ensure operational reliability. The replaceable battery charges fully in 4.5 hours, making the operational cycle flexible and suitable for extended shifts.

The Pudu Watch 4G with NFC support is a dedicated accessory for the Pudu service robot ecosystem, designed to enable access control and verification functions in operational environments. The 4G connectivity and NFC module support authentication scenarios and direct interaction with Pudu robots across multi-floor and multi-environment deployments. Compatible with Pudu's IoT solutions and elevator control systems, it integrates into the operational workflow to streamline delivery management and compartment access.

The P-A-T3 dual-tray frame is a dedicated accessory for the PUDU T300 autonomous transport robot, designed for double-layer configuration with a 620×500 mm load surface. It supports a nominal load of 80 kg per layer, for a total capacity of up to 160 kg in tray configuration. Compatible with all T300 operating modes (automatic delivery, follow, towing), it integrates the robot into internal distribution lines and industrial or healthcare intralogistics workflows.