Maxi Twin
An open design that can enhance safe working practices for caregivers when transferring dependent patients or residents
The open design of Maxi Twin can enhance safe working practices for caregivers when transferring dependent patients or residents.
ManoeuvrabilityThe twin-mast design distributes the weight evenly, and the large handholds enable caregivers to manoeuvre the lifter. The open mast design also allows for additional legroom for the patient.
Eye contact
The dual mast is designed to enable close, reassuring contact between caregiver and patient throughout the transfer.
Precision transfers
Integrated with the spreader bar is a powered dynamic positioning system (PDPS) that helps in repositioning the patient in the sling, minimising manual handling.
Single caregiver
Maxi Twin has been designed to be operated by a single caregiver.
Electronic scale (option)
Optional electronic scale enables the caregiver to weigh the patient while performing a transfer.
Maxi Twin features and benefits
ManoeuvrabilityThe twin-mast design distributes the weight evenly, and the large handholds enable caregivers to manoeuvre the lifter.
Powered DPS
The powered dynamic positioning system (PDPS) minimises manual handling and improves precision when positioning the patient.
Range of spreader bars
The choice of different loop spreader bar sizes and a 4-point spreader bar with powered DPS offers options for patients with different needs.
Ergonomic handling
The Maxi Twin dual mast provides convenient positioning handles to suit caregivers of different heights.
High-friction solution
The friction solution reduces swinging of the spreader bar during patient transfers.
Scale (option)
Optional suspended scale supports an efficient weighing routine.
The innovative open design of the Maxi Twin® enables resident/patient transfer routines to be carried out smoothly and safely by a single caregiver, using sound ergonomic working methods.
Weight and dimensions | |
---|---|
Max safe working load kg | 182 kg |
Max safe working load lb | 400 lbs |
Lifter weight (with spreader bar and battery) kg | 58 kg |
Lifter weight (with spreader bar and battery) lb | 126 lbs |
Max lifting height mm | 1460 mm |
Max lifting height in | 57,7 in |
Min lifting height mm | 230 mm |
Min lifting height in | 9,12 in |
Lifting stroke mm | 1230 mm |
Lifting stroke in | 48,5 in |
Min total storage height mm | 1370 mm |
Min total storage height in | 54 in |
External width legs closed mm | 755 mm |
External width legs closed in | 29,75 in |
External width legs open mm | 54 in |
External width legs open in | 1371 mm |
Internal width leg closed mm | 630 mm |
Internal width leg closed in | 24,9 in |
Internal width leg open mm | 1231 mm |
Internal width leg open in | 48,5 in |
Leg clearance (floor to top of legs) - standard castors mm | 115 mm |
Leg clearance (floor to top of legs) - standard castors in | 48,5 in |
Leg clearance (floor to top of legs) – low castors mm | 4,7 in |
Chassis clearance (floor to bottom of chassis) – standard & low castors mm | 31 mm |
Chassis clearance (floor to bottom of chassis) – standard & low castors in | 1,2 in |
Lifter length mm | 1298 mm |
Lifter length in | 51,12 in |
Turning diameter mm | 1440 mm |
Turning diameter in | 56,6 in |
Electrical | |
Lifter protection class | IP24 |
Hand control protection class | IPX7 |
Battery | 24V, 2.5 Ah NiMH |
Explore this product
Filter
Filter
Battery NEA0100 - Instructions for use
Type: Instructions for use (IFU)
Scales (2016) Instructions for use
Type: Instructions for use (IFU)
Maxi Twin Quick reference guide - Functions (A4, Portrait, Colour)
Type: Quick Reference Guide (QRG)
Maxi Twin Quick reference guide - Use (A4, Landscape, Colour)
Type: Quick Reference Guide (QRG)
Battery NEA0100 - Instructions for use
Type: Instructions for use (IFU)
Scales (2016) Instructions for use
Type: Instructions for use (IFU)
Maxi Twin Quick reference guide - Functions (A4, Portrait, Colour)
Type: Quick Reference Guide (QRG)
Maxi Twin Quick reference guide - Use (A4, Landscape, Colour)
Type: Quick Reference Guide (QRG)