Powerful Material Transport Robot for Versatile Warehouse Applications

• Customization: Available
• Control Mode: Continuous Path Control
• Drive Mode: Electric
• Model NO.: TP5-50DM
• Load Capacity: 50kg/ Layer
• Safety Features: Collision Avoidance System, Emergency Stop Button, Obstacle Detection Sensors, Safety Laser Scanner
• Type: AMR (Autonomous Mobile Robot)
• Dimension (L × W × H) (mm): 1600*900*3370
• Weight (with Battery) (Kg): 600
• Rated Load (Kg): 50kg/ Layer
• Execution Structure Load (Kg): 50
• Execution Structure Type: Roller Clamping
• Picking Height (mm): 370-3000
• Compatible Goods Size (L × W × H) (mm): 400*380*563
• Other Control Mode: Point to Point Control
• Transport Package: Wooden Box
• Specification: 1600*900*3370
• Trademark: wesar
• Origin: China
• Package Size: 130.00cm * 120.00cm * 250.00cm
• Package Gross Weight: 600.000kg

Product Description

Carton Transfer Unit (CTU)---Composite M Series

The M series robots are new products developed by Hikrobot for characteristics of the 3C industry. They support 
omnidirectional panning, diagonal and arc motion. They also support the customization of various types of execution structure 
assemblies such as clamping assemblies, lifting telescopic forks, and composite assemblies, among which the composite 
execution structures support the docking of rollers and clamping assemblies, and are suitable for the docking of power 
conveyor line machines and the docking of non-powered racks / buffer racks, with docking accuracy can reach mm level.

Specification

Delivers totes to the flow rack beside the  production line

Docks lineside buffer pallet racks

Key Features

  Omnidirectional motion

High adaptability

Composite assembly

 • Supports omnidirectional, diagonal, arc and other types of motion, adapting to complex production line layouts such as non-flush machines and narrow aisles

 High security
 • Diagonal laser 360° obstacle detection + front and rear suspended obstacle detection protect the safety of personnel and equipment
 • Supports the foolproof material presence detection in putaway bins

• Equipped with a high-precision lifting structure to adapt to different docking heights, with a minimum docking height of 260 
     mm and a maximum docking height that can be customized
 • Visual texture navigation is standard, and 3C anti-static ground can achieve high-precision navigation without coding

 • The roller docks SMT upper and lower plate stackers, power conveyor lines, etc., reducing equipment transformation
 • The clamping and docking of general pallet racks / unpowered buffer racks, etc., reduces the cost of lineside buffer
 • Supports left and right bi-directional docking
 • Supports code reading on the top of the PCB frame for full-process management of material information

Model	TP1-50UM	TP5-50DM
Rated running speed (m/s)	1.2	1.6
Travel stopping accuracy (mm)/(°)	± 10 / ± 1	± 10 / ± 1
Lifting/lowering stopping accuracy (mm)	± 2	± 2
Aisle width (mm)	850	1050
Rotation diameter (mm)	1360	1600
Run time (h)	6-8	6-8
Charging time (h)	≤ 1.5	≤ 2
Laser obstacle avoidance	Support	Support
Surrounding bumper strip detection	Support	Support
Emergency stop button	Support	Support
Sound and light alarm	Support	Support
Gantry tote protrusion detection	Support	Support
Drive method	Omnidirectional	Differential
Human-machine interaction	Touchscreen	Touchscreen
Navigation mode	V-SLAM / 2D barcode / L-SLAM	V-SLAM / 2D barcode / L-SLAM

Main Customers

After Sales Service

1.One-year warranty

2.24-hour online remote service

3.during the warranty period

on-site support within 48 hours after visa approval.

Company Profile

Wesar (Suzhou) Intelligence Technology CO., LTD. 

     Wesar (Suzhou) Intelligence Technology CO., LTD. as a one-stop intelligent factory solutions provider, specializes in core services such as green intelligent logistics robots, intelligent factory system design and construction. The company is dedicated to offering customers expert-level, customized, integrated solutions that include consulting and planning, software development and equipment manufacturing, project implementation and after-sales support, as well as advanced technology integration and enablement. 
    The company is market-driven and managed by experienced and knowledgeable team, who has many years of industry experience. Furthmore, a professional on-site installation and after-sales engineering team guarantees customer satisfaction. Wesar's product line includes: AGV robots, WMS systems, ASRS withstorage shelves, factory equipment, logistics equipment, conveyor and mobile yard ramps, storage cabinet, etc. We also help our customers to develop their material flow solutions. These tailor-made solutions bring best value. 
to customers

Certifications

FAQ

Q: AGV Selection

A: We recommend selecting the AGV hardware based on the customer's actual operational requirements. Our team will be responsible for proposing the most suitable AGV configuration.

Q: AGV Model

A: As AGV hardware is continuously updated and upgraded, the final model and version shall be subject to the information officially provided by our company.

Q: Is AGV software required?

A: Yes. To enable AGV operation, dedicated robot dispatching and control software is required to work in conjunction with the AGV hardware.

Q: Can we carry out AGV implementation by ourselves?

A: AGV commissioning typically requires a high level of professional expertise and hands-on experience. This part of the work will be handled by our team. Additional costs may apply for commissioning services.

Q: Can multiple AGVs or different types of AGVs operate at the same site?

A: Yes, absolutely. We support the operation of multiple AGVs, including different models, at the same site to meet various material handling requirements.

Q: What information do we need to provide in order to introduce AGVs?

A: In the early stage, we require information such as the factory layout, pallet dimensions, and material details. Please contact us for further requirements.

Q: What is the typical AGV implementation timeline?

A: The implementation timeline varies depending on the project scope and specifications. In some cases, deployment can be completed in as little as two weeks.