LIFTBOT case study
with Chevron
LIFTBOT case study with Chevron
LIFTBOT case study with Chevron
3 LIFTBOTs were deployed during a pre-turnaround to support scaffold erection/dismantle and mechanical work.
3 LIFTBOTs were deployed during a pre-turnaround to support scaffold erection/dismantle and mechanical work.
LIFTBOT saved $988K
on a 3 months pre-turnaround
LIFTBOT saved $565K
on 3 months
pre-turnaround
LIFTBOT saved $988K
on a 3 months pre-turnaround
$0
$0
Total savings
including labour cost and crane rent, operator, rigger, and fuel cost.
$0
$0
Total savings
including labour cost and crane rent, operator, rigger, and fuel cost.
$0
$0
Total savings
including labour cost and crane rent, operator, rigger, and fuel cost.
0hrs
0hrs
Hazardous man-hours reduction
excluded from the line of fire.
0hrs
0hrs
Hazardous man-hours reduction
excluded from the line of fire.
0hrs
0hrs
Hazardous man-hours reduction
excluded from the line of fire.
Vertical material transport
Crane
Crane
Crane
Crane
For two flares
Total crane rent and labor cost
$443,540
Total crane rent and labor cost
$443,540
Total crane rent and labor cost
$443,540
Man-hours
3,117 hrs
Man-hours
3,117 hrs
Man-hours
3,117 hrs
For furnace and column
Total crane rent and labor cost
$554,700
Total crane rent and labor cost
$554,700
Total crane rent and labor cost
$554,700
Man-hours
4,650 hrs
Man-hours
4,650 hrs
Man-hours
4,650 hrs
Vertical material transport
LIFTBOT
LIFTBOT
LIFTBOT
LIFTBOT
For two flares
Total crane rent and labor cost
$0
Total crane rent and labor cost
$0
Total crane rent and labor cost
$0
Man-hours
1,950 hrs
Man-hours
1,950 hrs
Man-hours
1,950 hrs
For furnace and column
Total crane rent and labor cost
$0
Total crane rent and labor cost
$0
Total crane rent and labor cost
$0
Man-hours
3,000 hrs
Man-hours
3,000 hrs
Man-hours
3,000 hrs
LIFTBOT improves worker safety by reducing manual handling and minimizing crane use by up to 50%
Technical parameters
Technical parameters
Operating speed
42 m/min (138 ft/min)
Performance
6,000 kg (13,000 lbs) on average with 3 people on an 8 hour shift
Maximum wind speed
72 km/h (45 mph)
Setup time
20 minutes, performed directly by workers
Setup requirements
No access bay, no changes to scaffold design, no additional anchors
Working height
Certified up to 50 m (165 ft), but easily extendable
Control
Automatic, no need for an active operator or monitoring
Battery
10 hours of use, 3 hours to charge, charges on a regular outlet (110 / 230V)
Certification
CE, UL, and CSA
Swappable platforms
Optimized for varied payloads like scaffolds and general materials
Operating speed
42 m/min (138 ft/min)
Performance
6,000 kg (13,000 lbs) on average with 3 people on an 8 hour shift
Maximum wind speed
72 km/h (45 mph)
Setup time
20 minutes, performed directly by workers
Setup requirements
No access bay, no changes to scaffold design, no additional anchors
Working height
Certified up to 50 m (165 ft), but easily extendable
Control
Automatic, no need for an active operator or monitoring
Battery
10 hours of use, 3 hours to charge, charges on a regular outlet (110 / 230V)
Certification
CE, UL, and CSA
Swappable platforms
Optimized for varied payloads like
scaffolds and general materials
Operating speed
42 m/min (138 ft/min)
Performance
6,000 kg (13,000 lbs) on average with 3 people on an 8 hour shift
Maximum wind speed
72 km/h (45 mph)
Setup time
20 minutes, performed directly by workers
Setup requirements
No access bay, no changes to scaffold design, no additional anchors
Working height
Certified up to 50 m (165 ft), but easily extendable
Control
Automatic, no need for an active operator or monitoring
Battery
10 hours of use, 3 hours to charge, charges on a regular outlet (110 / 230V)
Certification
CE, UL, and CSA
Swappable platforms
Optimized for varied payloads like scaffolds and general materials
More case studies
Add LIFTBOT to your project
Add LIFTBOT to your project
Simon Espinosa