In your operation
Move material between production positions
G2 Max is designed for repetitive material handling and palletising. Start with the load, grip and pick-and-place positions to define a handling cycle.
Product
AGIBOTMovers & material handling
AGIBOT G2 Max
A force-controlled mobile robot for material-handling feasibility projects.
- Platform
- Wheeled
- Control
- Force control
- Charging
- Auto / swap
Indicative budget only, not a confirmed Saudi retail offer. Configuration, freight, tax, deployment and service are confirmed in your quotation. Rental and RaaS figures are planning estimates.
Product profile
G2 Max combines force-controlled arms, adjustable working height and an omnidirectional base. The project starts with one handling cycle and its equipment handoff.
Load movingGeneral-purpose humanoid operations
- Product type
- Movers & material handling
- Best for
- Manufacturing · Warehousing & logistics
- Environment
- Indoor
What it does for your operation
Task performance
Manage contact during placement
Force-controlled arms support controlled contact while positioning a load. The gripping method and load centre of gravity need to match the selected arm configuration.
Site fit
Work at different heights
Adjustable working height and an omnidirectional base help the arms access different production positions. Layout planning must include the swept volume of the arms and load.
Daily operation
Choose battery replacement or automatic charging
G2 Max supports battery replacement and autonomous charging. Charger placement and the spare-battery arrangement depend on the production schedule.
Configuration
Plan the complete palletising sequence
Include pallet dimensions, stacking pattern, load stability and equipment signals in the application specification. These determine the work area and handling sequence.
Operating conditions
IndoorWill it work at your site?
Access & operating limits
- Workcell
- define the object, grip, pick and place positions and equipment handoff.
- Access
- separate operator access from the arm and load movement.
- Power
- compare battery exchange with a fixed autonomous-charging location.
Material-handling feasibility project built around one object, grip and pick-and-place cycle.
Typical applications
Material handling
Palletising
Industrial pilot
Technical specifications.
- Platform
- Omnidirectional wheeled base
- Arms
- Force-controlled
- Working height
- Adjustable
- Power options
- Battery replacement and autonomous charging
Before you decide.
What does a G2 Max feasibility project cover?
One object and handling cycle: grasping, moving, placing and exchanging signals with nearby equipment. The assessment establishes the work area and operating sequence before a production installation.
How does it reach different work positions?
The omnidirectional base provides mobile positioning, and the body adjusts the working height.
What power arrangements are supported?
AGIBOT describes battery replacement and autonomous charging. The project selects the arrangement around the handling cycle and charging location.
Explore the application.
Compare the approaches and site requirements in these related solution guides.
W—ROBOTICS deployment & supportThe robot is part
The robot is part
of the solution.
We help define the right setup for your operation, from site assessment and integration to team training and ongoing support.
Equipment, installation and service responsibilities are agreed in your proposal.
Discuss your deploymentLet’s talk about
your project.
Share your task and location. We’ll help define the configuration and commercial terms.
AGIBOT G2 Max
AGIBOT G2 MaxIndicative · 500,000 SAR
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