STON Robotics enables the rapid transformation of open areas into high-density, three-dimensional warehousing systems. With minimal infrastructure requirements and standardized deployment, the solution is designed for fast implementation across a wide range of environments.
Suitable for forklift-based warehouses, cargo yards, and storage facilities, the system can be deployed with minimal disruption to ongoing operations. It requires only basic site conditions—such as standard industrial buildings, simple covered structures, or even outdoor spaces—significantly reducing infrastructure investment.
The system eliminates the need for traditional racking by using intelligent carriers—such as smart frames, racks, pallets, and bins—to enable self-stacking, high-density storage in a three-dimensional layout.
Goods are arranged in a dense grid, minimizing spacing and eliminating the need for forklift aisles. With stacking heights typically ranging from 4.5 to 7.5 meters, the system can achieve up to three times the storage capacity of conventional forklift-based yards, while maximizing space utilization.
Factory height
maximum load
maximum span
arm stroke
Transform empty space into a three-dimensional smart warehouse within seconds.
Integrates the bulky electrical control cabinet into a single chip, eliminating traditional wiring, programming, and manual operation.
Hardware investment is reduced to 1/3 of a conventional forklift warehouse, with annual operating costs as low as 1/10.
The aerial sorting smart warehouse requires only 1/5 of the floor space of a traditional forklift warehouse.
Applicable packaging
| Maximum load | 5T |
|---|---|
| Installed power | 110KW |
| X-axis maximum travel | 200m |
| X-axis movement speed | 200m/min |
| X-axis acceleration | 0.5m/s2 |
| Y-axis maximum travel | 27m |
| Y-axis movement speed | 90m/min |
| Y-axis acceleration | 1m/s2 |
| Z-axis maximum travel | 6m |
| Z-axis movement speed | 30m/min |
| Z-axis acceleration | 1m/s2 |
| Repeatability | ±5mm |
Combining the core advantages of the T800 model, it is specially designed for low-height factory environments. No structural modification is required—only a floor height of 3 to 8 meters is needed for deployment. With low initial investment and fast return on investment, it is especially well-suited for the fast-moving consumer goods (FMCG) industry.
Factory height
Maximum load
maximum span
arm stroke
Transform an empty space into a three-dimensional smart warehouse within seconds.
Integrates the bulky electrical control cabinet into a chip, eliminating wiring, programming, and manual operation.
Specially designed for low-rise factories, direct floor installation reduces renovation and infrastructure costs.
Optimized for low-height buildings, small spans, and compact spaces.
Applicable packaging
| Series | MINI3 | MINI5 | MINI8 |
|---|---|---|---|
| Maximum load | 1T | 1.5T | 3T |
| Installed power | 50KW | 60KW | 80KW |
| X-axis maximum travel | 200m | 200m | 200m |
| X-axis movement speed | 120m/min | 120m/min | 120m/min |
| X-axis acceleration | 0.5m/s2 | 0.5m/s2 | 0.5m/s2 |
| Y-axis maximum travel | 12m | 12m | 12m |
| Y-axis movement speed | 60m/min | 60m/min | 60m/min |
| Y-axis acceleration | 1m/s2 | 1m/s2 | 1m/s2 |
| Z-axis maximum travel | 1.8m | 3m | 4.5m |
| Z-axis movement speed | 24m/min | 24m/min | 24m/min |
| Z-axis acceleration | 1m/s2 | 1m/s2 | 1m/s2 |
| Repeatability | ±5mm | ±5mm | ±5mm |
| Minimum factory height | 3m | 5m | 8m |
The end-effector (gripper) can be customized to support a wide range of use cases. The main body is integrally cast from steel, ensuring high strength and resistance to deformation. With a compact structure, short production cycle, and highly standardized components, it delivers both efficiency and reliability. Various grippers can be installed on the single-arm terminal, enabling flexible adaptation to different operational scenarios.
Factory height
Maximum load
maximum span
arm stroke
Transform an empty space into a three-dimensional smart warehouse within seconds.
Integrates the bulky electrical control cabinet into a chip, eliminating wiring, programming, and manual operation.
Enables fully automated inbound and outbound handling, stacking, and loading for end-to-end intelligent storage and logistics.
Adaptable to different industries, warehouse types, and product packaging requirements.
Flexible gripper options for different applications
| Maximum load | 3T |
|---|---|
| X-axis maximum travel | 200m |
| X-axis movement speed | 200m/min |
| X-axis acceleration | 1m/s2 |
| Y-axis maximum travel | 28m |
| Y-axis movement speed | 90m/min |
| Y-axis acceleration | 1m/s2 |
| Z-axis maximum travel | 6m |
| Z-axis movement speed | 40m/min |
| Z-axis acceleration | 2m/s2 |
| Repeatability | ±3mm |
| Installed power | 60KW |
The T800-6 Space Robot, built on STON Robotics gantry technology, is designed for high-throughput order fulfillment using plastic crates, totes, boxes, and containers. It enables full-process warehouse automation—from receiving and storage to picking, packing, and shipping—delivering efficient and reliable end-to-end operations.
Factory height
Maximum load
maximum span
arm stroke
Transform an empty space into a three-dimensional smart warehouse within seconds.
Integrates the bulky electrical control cabinet into a chip, eliminating wiring, programming, and manual operation.
Designed for light, small-volume, and high-mix rapid sorting operations.
Applicable across a wide range of industries and warehouse scenarios.
Applicable packaging
| Maximum load | 0.3T |
|---|---|
| X-axis maximum travel | 200m |
| X-axis movement speed | 180m/min |
| X-axis acceleration | 1m/s2 |
| Y-axis maximum travel | 15m |
| Y-axis movement speed | 90m/min |
| Y-axis acceleration | 1m/s2 |
| Z-axis maximum travel | 3.5m |
| Z-axis movement speed | 40m/min |
| Z-axis acceleration | 2m/s2 |
| Repeatability | ±3mm |
| Installed power | 60KW |
The robotic arm is equipped with a current-loop force control algorithm, enabling real-time load sensing for enhanced precision, stability, and handling performance. Designed for low-rise factory environments with high SKU variety and light to medium load profiles, the H3000 tunnel-type space robot requires no ground rails, minimizing facility modifications. It delivers high-efficiency outbound operations, making it ideal for fast-paced, high-mix logistics scenarios.
Factory height
Maximum load
maximum span
arm stroke
Integrates the bulky electrical control cabinet into a chip, eliminating wiring, programming, and manual operation.
No ground rails required, reducing factory modification and infrastructure costs.
Optimized for light loads with high-throughput delivery performance.
Suitable for light, small-volume, high-mix, and rapid sorting operations.
Applicable packaging
| Maximum load | 0.3T |
|---|---|
| X-axis maximum travel | 200m |
| X-axis movement speed | 180m/min |
| X-axis acceleration | 1m/s2 |
| Y-axis maximum travel | 15m |
| Y-axis movement speed | 90m/min |
| Y-axis acceleration | 1m/s2 |
| Z-axis maximum travel | 3.5m |
| Z-axis movement speed | 40m/min |
| Z-axis acceleration | 2m/s2 |
| Repeatability | ±3mm |
| Installed power | 60KW |