Shelf-to-Person
Autonomous robots bring shelves and pallets directly to pickers, reducing walk time and improving picking accuracy. Multi-vendor fleets are orchestrated through a single control layer for flexible, scalable warehouse operations.
Obstacles
Warehouse picking challenges
Labor dependency
Manual picking depends on labor availability, making operations vulnerable to turnover and seasonal fluctuations.
Labor dependency
Manual picking depends on labor availability, making operations vulnerable to turnover and seasonal fluctuations.
Labor dependency
Manual picking depends on labor availability, making operations vulnerable to turnover and seasonal fluctuations.
Peak throughput limits
Traditional picking models struggle to scale quickly, leading to missed SLAs and delayed shipments.
Peak throughput limits
Traditional picking models struggle to scale quickly, leading to missed SLAs and delayed shipments.
Peak throughput limits
Traditional picking models struggle to scale quickly, leading to missed SLAs and delayed shipments.
Inefficient space usage
Wide aisles and human-accessible layouts limit storage density, forcing warehouses to expand sooner or operate below capacity.
Inefficient space usage
Wide aisles and human-accessible layouts limit storage density, forcing warehouses to expand sooner or operate below capacity.
Inefficient space usage
Wide aisles and human-accessible layouts limit storage density, forcing warehouses to expand sooner or operate below capacity.
Long ROI cycles
Many automation projects require heavy infrastructure changes and long ROI timelines.
Long ROI cycles
Many automation projects require heavy infrastructure changes and long ROI timelines.
Long ROI cycles
Many automation projects require heavy infrastructure changes and long ROI timelines.
Solution
How Shelf-to-Person solution improves picking
Higher density through robotic layouts
Shelf-to-person layouts eliminate the need for wide aisles and manual access, enabling higher-density storage.
Higher density through robotic layouts
Shelf-to-person layouts eliminate the need for wide aisles and manual access, enabling higher-density storage.
Higher density through robotic layouts
Shelf-to-person layouts eliminate the need for wide aisles and manual access, enabling higher-density storage.
How it works
Shelf-to-Person picking workflow
Deus Robotics offers a wide range of shelf-to-person robots designed for different warehouse layouts and operational needs. While the models may vary, they all follow the same simple workflow to bring inventory directly to your operators
Receive tasks
WMS sends pick instructions to the robot, including items and storage locations.
01
Receive tasks
WMS sends pick instructions to the robot, including items and storage locations.
01
Navigate safely
Robots move through the warehouse using advanced sensors and intelligent navigation, avoiding obstacles.
02
Navigate safely
Robots move through the warehouse using advanced sensors and intelligent navigation, avoiding obstacles.
02
Pick shelves
Required shelves are retrieved, and items are securely positioned for transport.
03
Pick shelves
Required shelves are retrieved, and items are securely positioned for transport.
03
Deliver to picker
Shelves arrive at the picking station, allowing operators to pick items quickly and accurately.
04
Deliver to picker
Shelves arrive at the picking station, allowing operators to pick items quickly and accurately.
04
Update inventory
The WMS is updated in real time, reflecting completed picks and current stock levels.
05
Update inventory
The WMS is updated in real time, reflecting completed picks and current stock levels.
05
Management with
Deus RMS
Our Robot Management System unifies all robots and seamlessly integrates with your warehouse systems.
06
Management with
Deus RMS
Our Robot Management System unifies all robots and seamlessly integrates with your warehouse systems.
06
Robot portfolio
T6-800
T6-800
T6-1200/1500
T6-1200/1500
M6-300
M6-300
M6-600
M6-600
Q2-400D
Q2-400D
Q3-600D
Q3-600D
Q7-1000E
Q7-1000E
160 kg
Weight
60 mm
Lifing height
800 kg
Rated load
980 mm
Rotation diameter
680 mm
245 mm
980 mm
T6-800
SLAM
Navigation
8 hrs
Run time
Rated speed
2.2 m/s
Position accuracy
± 10 mm
Charging time
1.5 hrs
Robot portfolio
T6-800
T6-800
T6-1200/1500
T6-1200/1500
M6-300
M6-300
M6-600
M6-600
Q2-400D
Q2-400D
Q3-600D
Q3-600D
Q7-1000E
Q7-1000E
160 kg
Weight
800 kg
Rated load
60 mm
Lifing height
980 mm
Rotation diameter
680 mm
245 mm
980 mm
T6-800
SLAM
Navigation
8 hrs
Run time
Rated speed
2.2 m/s
Position accuracy
± 10 mm
Charging time
1.5 hrs
Robot portfolio
T6-800
T6-800
T6-1200/1500
T6-1200/1500
M6-300
M6-300
M6-600
M6-600
Q2-400D
Q2-400D
Q3-600D
Q3-600D
Q7-1000E
Q7-1000E
160 kg
Weight
60 mm
Lifing height
800 kg
Rated load
980 mm
Rotation diameter
680 mm
245 mm
980 mm
T6-800
SLAM
Navigation
8 hrs
Run time
Rated speed
2.2 m/s
Position accuracy
± 10 mm
Charging time
1.5 hrs
Contact us
No two warehouses are the same – high customization is the key
This portfolio shows only a fraction of what’s available; we source, combine, and orchestrate any robot models through Deus RMS to fit your workflows and performance targets
Industries
Designed for diverse warehouse operations
Shelf-to-Person approach, adapted to different industries, order profiles, and operational constraints.
SKU complexity: High
SKU complexity: High
SKU complexity: High
Results
Measurable business impact
Our shelf-to-person robots transform warehouse workflows by delivering inventory directly to operators, improving performance, and optimising operations.
Performance impact
Up to 400%
Higher storage density
Up to 400%
Higher storage density
Up to 400%
Higher storage density
4-5 times
Higher picking efficiency compared to manual operations
4-5 times
Higher picking efficiency compared to manual operations
4-5 times
Higher picking efficiency compared to manual operations
Up to 300
Tote presentations per hour at a single MIX workstation
Up to 300
Tote presentations per hour at a single MIX workstation
Up to 300
Tote presentations per hour at a single MIX workstation
200-300%
Overall picking efficiency increase versus traditional picking methods
200-300%
Overall picking efficiency increase versus traditional picking methods
200-300%
Overall picking efficiency increase versus traditional picking methods
Operational impact
Increased picks
Significant increase in picks per hour per operator, allowing your team to focus on higher-value tasks
Increased picks
Significant increase in picks per hour per operator, allowing your team to focus on higher-value tasks
Increased picks
Significant increase in picks per hour per operator, allowing your team to focus on higher-value tasks
Higher space utilization
Higher space utilization without facility expansion, enabling greater throughput within the existing footprint
Higher space utilization
Higher space utilization without facility expansion, enabling greater throughput within the existing footprint
Higher space utilization
Higher space utilization without facility expansion, enabling greater throughput within the existing footprint
Peak periods perfomance
Predictable performance during peak periods, ensuring smooth operations and on-time order fulfillment
Peak periods perfomance
Predictable performance during peak periods, ensuring smooth operations and on-time order fulfillment
Peak periods perfomance
Predictable performance during peak periods, ensuring smooth operations and on-time order fulfillment
Low operational risk
Lower operational risk and faster scaling as volumes grow
Low operational risk
Lower operational risk and faster scaling as volumes grow
Low operational risk
Lower operational risk and faster scaling as volumes grow