Robust Material Handling Forklift Robot with 2000kg Capacity

Forklift Mobile Robot Stacking Series

Stacking series FMRs cover the load ranging from 1,000kg to 3,000kg, with the highest lifting height being customized up to 4.5m. The specially designed thickness of the FMR body greatly reduces the operation aisle width, and effectively improves the storage space of materials. Adopting iconic robot head design and modular components, 80% of the components can be used in different scenarios. The whole series obtains full directive CE marking, which are the preferred product series for logistics solutions.

Specification

Key Features

Superior performance

Efficient transportation: maximum steady running speed up to 1.5m/s
Wide load coverage: fully independent design, with load ranging from 300kg to 1,400kg
Safe and reliable: 360° stereo sensing, recognizing various environments and objects
Precise positioning: millimeter-level positioning accuracy, combining laser and vision positioning

Full-featured

Carrier recognition: autonomous fork picking based on carrier offset
Storage location identification: identify storage location with goods, spaces, its height and offset
Suspended low detection: supports detecting suspended objects and low obstacles

Rich models

Rich scenarios: covering a variety of storage forms such as multi-level storage, material stacking, and deep storage
Diversified docking devices: dock with other types of AMRs, elevators, automatic doors, conveyors, and other third-party devices
Various types of materials/carriers: multiple types of pallets, frames, cage trolleys, flexible packages, rolls, barrels, and irregularly shaped objects at home and abroad

Logistics warehouse

Upper and lower floor transferring

Stereoscopic warehouse conveyor

Model	F4-1000C	F4-1000C	F4-1500	F4-2000 (3m)	F4-2000 (4.5m)	F4-3000
Rated running speed (m/s)	1.2	1.2	1.2	1.2	1.2	1.5
Positioning accuracy (mm)/(°)	±10/±1	±10/±1	±10/±1	±10/±1	±10/±1	±10/±1
Min. rotation radius (Wa) (mm)	1183	1183	1316	1400	1400	1891
Motion method	Forward, backward, arc, rotate in place	Forward, backward, arc, rotate in place	Forward, backward, arc, rotate in place	Forward, backward, arc, rotate in place	Forward, backward, arc, rotate in place	Forward, backward, arc, rotate in place
Min. aisle width (Ast) (mm)	2062	2062	2490	2065	2065	2864
Run time (h)	6-8	6-8	6-8	6-8	6-8	6-8
Charging time (h)	≤ 2	≤ 2	≤ 2	≤ 2	≤ 2	≤ 2
Laser obstacle avoidance	Support	Support	Support	Support	Support	Support
Recorder	Optional	Optional	Optional	Optional	Optional	Optional
Bumper Strip Detection	Support	Support	Support	Support	Support	Support
Pallet in-position detection	Support	Support	Support	Support	Support	Support
Fork collision detection	Support	Support	Support	Support	Support	Support
Emergency stop button	Support	Support	Support	Support	Support	Support
Indication light	Support	Support	Support	Support	Support	Support
Sound and light alarm	Support	Support	Support	Support	Support	Support
Human-machine interaction	Touchscreen	Touchscreen	Touchscreen	Touchscreen	Touchscreen	Touchscreen
Navigation Mode	L-SLAM/ 3D L-SLAM (Customizable)	L-SLAM/ 3D L-SLAM (Customizable)	L-SLAM/ 3D L-SLAM (Customizable)	L-SLAM/ 3D L-SLAM (Customizable)	L-SLAM/ 3D L-SLAM (Customizable)	L-SLAM/ 3D L-SLAM (Customizable)
Fork size customization	Customizable	Customizable	Customizable	Customizable	Customizable	Customizable
Pallet attitude recognition	Customizable	Customizable	Customizable	Customizable	Customizable	Customizable
Pallet binding recognition	Customizable	Customizable	Customizable	Customizable	Customizable	Customizable

Applications

Cases

Automated Storage System Project for Raw Material Warehouse – in Shanghai

Shanghai Raw Material Warehouse Project 1

Shanghai Raw Material Warehouse Project 2

Project Highlights

Automated warehouse design, stacker crane and system design.

Project Scope

2 stacker cranes, 4 sets of racks, 3,888 storage locations.
Inbound and outbound flow rate of 92 pallets per hour (P/H).
79 days for engineering design.
200 days for automated warehouse construction and final delivery.

Profile

This street light features high brightness, energy saving, environmental protection, and easy installation. It has a waterproof rating of IP67 and has passed CE certification. It is suitable for schools, parks, roadsides, factories, squares, etc. It has a warranty period of 3 years. Moreover, we can provide various styles to meet your needs.

Other Products

Product Portfolio

Intelligent warehousing Systems
Latent Mobile Robot
Forklift Mobile Robot
Carton Transfer Unit
Software platforms
etc.

Product Details

This street light features high brightness, energy saving, environmental protection, and easy installation. It has a waterproof rating of IP67 and has passed CE certification. It is suitable for schools, parks, roadsides, factories, squares, etc. It has a warranty period of 3 years. Moreover, we can provide various styles to meet your needs.

After Sales Service

Standard Warranty: 12 months or 2,000 operating hours (whichever comes first).
Extended Warranty: Optional coverage up to 36 months.
Global Support: 24/7 technical assistance and spare parts supply.
Training: On-site or remote operation/maintenance training.

Frequently Asked Questions

How do we select the right AGV for our facility?

We recommend selecting the AGV hardware based on the customer's actual operational requirements. Our technical team is responsible for proposing and design the most suitable AGV configurations.

Is dedicated software required for AGV operation?

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

Can we carry out AGV implementation by ourselves?

AGV commissioning typically requires a high level of professional expertise and hands-on experience. This part of the work is generally handled by our specialized deployment team.

Can multiple AGVs or different models operate at the same site?

Yes, absolutely. The system supports the operation of multiple AGVs, including different models and capacities, at the same site to meet various material handling requirements.

What information is needed to introduce AGVs to a factory?

In the initial stage, we require essential information such as the factory layout drawings, pallet dimensions, load capacities, and material flow details.

What is the typical AGV implementation and deployment timeline?

The implementation timeline varies depending on the project scope and specifications. In standard scenarios, deployment can be completed in as little as two weeks.

Product Detail

Robust Material Handling Forklift Robot with 2000kg Capacity

Product Description

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Product Detail

Robust Material Handling Forklift Robot with 2000kg Capacity

Product Description

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