Vmr-Fr31010L Heavy Duty 1000kg Agv with Laser Slam Navigation for Factory Automation

Product Description

VMR-FR31010L

Underride Mobile Robot

Specification

ProductModel	VMR-FR31010L(CE)
Parameter Category	Parameter Item	Specification/Value
Product Model		VMR-FR31010L(CE)
Basics	Dimensions (L*W*H)	1145L *815W *270H mm
	Net Weight	210 kg
	Rotation Diameter	Φ1200 mm
Capabilities	Lifting Height	60 mm
	Lifting Rated Load	1000 kg
	Flexible Rotation	support
Safety	Protective Range	360° coverage
	Protective Measures	Three-level collision prevention: deceleration, gradual stop, emergency brake
	Laser Obstacle Avoidance	Laser 360° coverage
	Safety Edge	All-round protection
	E-Stop Button	The reachable range of a single hand around the robot
	Audio-Visual Alarm	Light indication + Audio prompt
	Outline Lights	support
	Visual Obstacle Avoidance	optional
Motion	Drive Mode	Two-wheeled differential drive
	Navigation Mode	Hybrid Navigation: Dual Laser SLAM + 2D Code
	Driving Direction	Bidirectional Front and Rear Movement, Rotation in Place, Left and Right Turns
	Speed	0 ~ 2.0 m/s
	Navigation Accuracy	±10 mm
	Docking Accuracy	±5 mm
	Stop Angle Accuracy	±1°
Battery	Battery Type	LFP (Lithium Iron Phosphate)
	Battery Capacity	48V 27Ah
	Battery Life (Operating Time)	≥8 h
	Charging Method	Automatic / Manual charging
	Charging Time	≤1.5 h
	Life Cycle	2000 cycles
HMI (Human-Machine Interface)	LCD Screen	support
	Light Indication	Robot status, fault alarm, battery power, etc.
	Sound Prompt	Turning, warning, music playback, etc.
	Button Operation	E-stop button, power switch button, operation button
	Expansion Interface	RJ45 (100MB)
Environment	Application Scenarios	Indoor
	Operating Temperature	0 ~ 40 ºC
	Humidity	10-90%RH, no condensation
	Ground Slope	≤5% / 3°
	Gap Width	≤30 mm
	Air	No dust, No flammable, explosive or corrosive gases
	Network Communication	WIFI / IEEE 802.11 a/b/g/n/ac; 5G (optional)
	5G Network	optional
Accessories
name	Material code	Model
Automatic charging pile	100602687	SAC-4850-FD-LX
Auto charging pile harness	100802141	LXAGV-01.154-V1.0
Manual Charger	100600804	KP600A
Manual charger harness	100802142	LXAGV-01.155-V1.0

Company Profile

application scenarios

1. Production Line Material Feeding in Heavy Manufacturing

Scenario:The robot is deployed on the floor of large-scale manufacturing plants, such as in the automotive, machinery, or appliance industries.
Application:It autonomously transports heavy raw materials (e.g., metal sheets, engine blocks, large components), sub-assemblies, or finished products between warehouse storage areas, staging zones, and multiple assembly workstations. Its 1000kg load capacity and stable lifting mechanism are crucial for handling heavy unit loads typically placed on carts or special pallets. The hybrid laser SLAM and 2D code navigation ensure precise (±5mm) docking at each point, enabling just-in-time delivery to keep production lines running smoothly.

2. Warehouse and Logistics Center Pallet Handling

Scenario:Operating within a distribution center, smart warehouse, or factory raw material warehouse.
Application:The robot automates the movement of standardized pallets or roll cages loaded with goods. Key workflows include:

Inbound Logistics:Transporting received pallets from unloading docks to designated storage locations or directly to a sorting area.
Order Picking Support:Delivering full pallets from bulk storage to manual or automated picking stations, and subsequently moving picked orders to packing or shipping zones.
Replenishment: Moving pallets from reserve storage to forward picking locations. Its ability to navigate narrow aisles and its 360° safety system allow for safe co-existence with human forklift operators and other equipment.

3. Inter-Process Logistics in High-Tech Manufacturing
Scenario: Used in clean or controlled environments of semiconductor fabrication plants (fabs), photovoltaic module production, or large electronics assembly facilities.
Application:The robot provides a flexible and automated material transfer solution for sensitive and high-value products. It can move cassettes of silicon wafers, stacks of solar panels, or batches of components between different production zones (e.g., from etching to deposition, from assembly to testing). The stable docking (±5mm) and optional 3D vision obstacle avoidance are critical for preventing costly collisions and ensuring process integrity in such capital-intensive environments.

4. Staging and Kitting for Assembly Operations
Scenario:Implemented in a kitting or staging are that supports mixed-model assembly lines, common in automotive and electronics.
Application: The robot is used to deliver "kits" of parts—pre-assembled on a cart or in a container—specific to the next vehicle or product unit on the line. It follows the production sequence, delivering the exact set of components needed for each workstation, thereby reducing line-side inventory and minimizing picking errors by operators. Its support for flexible route planning via the scheduling system is key here.
Core Value Proposition in These Scenarios:
Replaces Manual Material Handling:Eliminates the need for manual pallet jacks or tugger trains for heavy loads, reducing labor costs and physical strain.
Enables 24/7 Operation: With automatic charging and ≥8 hours of battery life, it can support multi-shift operations with minimal downtime.
Improves Safety:The multi-layer safety system (3-level braking, 360° lasers, safety edges) significantly reduces the risk of accidents involving heavy loads in dynamic environments.
Increases Traceability and Efficiency:Integrates with Warehouse Management Systems (WMS) or Manufacturing Execution Systems (MES) via its network interface, providing real-time location data and enabling optimized, software-directed material flow.

CERTIFICATE

lateral view

top view

front view

Packing & Delivery

The forklift products can be customized