Hospitals need robots.
The ctrl platfrom allows you to get robots working in your business using our integrations to setup hardware, data and users with ease.
The Problem
Providing high-quality healthcare to patience has become increasingly more difficult than ever before.
With rising equipment, supplies and staff costs, balancing the budget and providing effective healthcare is harder than ever before.
- Rising costs of operations in high inflationary environments
- Low operational efficiencies in hospitals
- Ongoing staff shortages and low productivity
- Tedious and labour-intensive work
- Hard to source skillset
While there are many challenges, one of the easily solvable problems is the internal logistics of medicine, supplies and waste collection.
The Problem
Providing high-quality healthcare to patience has become increasingly more difficult than ever before.
With rising equipment, supplies and staff costs, balancing the budget and providing effective healthcare is harder than ever before.
- Rising costs of operations in high inflationary environments
- Low operational efficiencies in hospitals
- Ongoing staff shortages and low productivity
- Tedious and labour-intensive work
- Hard to source skillset
While there are many challenges, one of the easily solvable problems is the internal logistics of medicine, supplies and waste collection.
Hospital efficiency challenges
Hospitals are large buildings, staff have to cover large distances every day to do their jobs which causes a loss in productivity, higher levels of fatigue and a waste of their valuable time.
The travel distance in an average hospital, which is between 10,000 to 15,000 square meters in size, can add up significantly over the course of a week.
8.7 Hours
spent travelling 26.25 miles/42.24 km by a Nurse in a week
9.3 Hours
spent travelling 28.95 miles/46.59 km by a Porter in a week
8.7 Hours
spent travelling 26.25 miles/42.24 km by a Nurse in a week
9.3 Hours
spent travelling 28.95 miles/46.59 km by a Porter in a week
There are multiple departments in any hospital that need to perform at the highest efficiency or the backlog will cause a cascading effect.
These operations that happen between these departments are critical to the efficient operation but have the highest opportunity for automation.
The Solution
Hybrid automated workforce
With a fleet of mixed dynamic robots in a hospital facility, the distance needed to travel becomes exponentially less.
The internal logistics and large-scale cleaning operations can be easily automated and give more time back to the staff for meaningful work and dramatically increase productivity and outcome.
Hybrid automated workforce
With a fleet of mixed dynamic robots in a hospital facility, the distance needed to travel becomes exponentially less.
The internal logistics and large-scale cleaning operations can be easily automated and give more time back to the staff for meaningful work and dramatically increase productivity and outcome.
Ctrl is simple robotic automation.
Businesses can integrate their ERP, WMS, POS and other systems into a mixed robot fleet. Users can design and build powerful automation and manage their entire fleet to fulfil tasks efficiently. Ctrl is designed to cut the complexity to build useful automation and have an operation running in hours.
With one centralised platform to control all the robots in the building, traffic management, user management, demand planning fleet operation can all be managed from one platform and allow smooth operation throughout the facility.
Results from 4 weeks of operation with 1 robot
Our robots travelled for an average time of 10 hours per day and saved the porters 10 kilometres of walking per day during the pilot. This gives staff more time to manage stock controls and general tasks within the pharmacy environment that could not be done previously due to the amount of time and energy spent delivering medication.
14 x
Improvement in Script delivery
40%
Less in cost
6 Hours
Saved in working shift
10km
Per day in saved distance travelled
6 042
Scripts delivered
307.53 km
Travelled
Results from 4 weeks of operation with 1 robot
Our robots travelled for an average time of 10 hours per day and saved the porters 10 kilometres of walking per day during the pilot. This gives staff more time to manage stock controls and general tasks within the pharmacy environment that could not be done previously due to the amount of time and energy spent delivering medication.
14 x
Improvement in Script delivery
40%
Less in cost
6 Hours
Saved in working shift
10km
Per day in saved distance travelled
6 042
Scripts delivered
307.53 km
Travelled
The Offer
60-day free test pilot to prove all the operational improvements below:
40%
Increase in delivery and collection times of all items in a controlled environment
20%
Reduction in cost of delivery and collection
30%
Reduction in cleaning costs for the chosen facility in a controlled and segmented environment
Proposed Pilot Fleet
Delivery
Delivery/Collection
Cleaning
Dimension
520(L) x 480(W) x
1200(H) mm
Positioning accuracy
Position, : +/- 10 mm
Dimension
909(L) x 660(W) x 200(H) mm
Positioning accuracy
Position, : +/- 30 mm Docking : +/-10 mm
Dimension
860(L) x 700(W) x 1030(H) mm
Positioning accuracy
Position, : +/- 10 mm
Weight (w/o load)
55Kg
Operating Time
10 hours
Weight (w/o load)
150Kg
Operating Time
7~8 hours
Weight (w/o load)
150Kg
Operating Time
3~8 hours
Tray Capacity
112lt
Max Payload
up to 30kg
Max speed
Forwards: 1.0 m/s Backwards: 0.2 m/s
Max Payload
up to 300kg
Max speed
Forwards: 1.0 m/s
Max cleaning speed
1000m2 per hour
Delivery
Dimension
520(L) x 480(W) x
1200(H) mm
Weight (w/o load)
55Kg
Tray Capacity
112lt
Positioning accuracy
Position, : +/- 10 mm
Operating Time
10 hours
Max Payload
up to 30kg
Delivery/Collection
Dimension
909(L) x 660(W) x 200(H) mm
Weight (w/o load)
150Kg
Max speed
Forwards: 1.0 m/s Backwards: 0.2 m/s
Positioning accuracy
Position, : +/- 30 mm Docking : +/-10 mm
Operating Time
7~8 hours
Max Payload
up to 300kg
Cleaning
Dimension
860(L) x 700(W) x 1030(H) mm
Weight (w/o load)
150Kg
Max speed
Forwards: 1.0 m/s
Positioning accuracy
Position, : +/- 10 mm
Operating Time
3~8 hours
Max cleaning speed
1000m2 per hour
Terms
- Full support internally from the following departments and stakeholders:
• I.T
• Operations
• Management - Transparent documentation of all results and rights to publicly publish all results and operational improvements.
- Ability to conduct full pre-automation assessment, audit and needs-finding analysis over 30 days minimum.
- In principle agreement to sign 36-month contract for installed services only on targets and efficiency improvement metrics being met.