Advanced Robotic Rehabilitation
at Sukino
Recover Better with Technology-Enabled Rehabilitation
Advanced Rehabilitation
Technology at Sukino
Recover Better with Technology-Enabled Rehabilitation
Why Advanced Robotic Rehabilitation Technology?
Modern rehabilitation is about achieving better outcomes through precision, repetition, safety, and personalised care. Our advanced rehabilitation systems support patients by:
01
Gait And Walking
Improving walking ability and gait.
02
Balance And Coordination
Enhancing balance and coordination.
03
Strength And Endurance
Restoring strength and endurance.
04
Joint Mobility
Increasing joint mobility and flexibility.
05
Upper And Lower Limb Function
Improving upper and lower limb function.
06
Fall-Risk Reduction
Reducing the risk of falls.
07
Early Mobilisation
Supporting early mobilisation.
08
Neuroplasticity
Promoting neuroplasticity through repetitive functional training.
09
Independence in Daily Life
Helping patients regain independence in daily life.
Advanced Robotic Technology To Supporting
Better Recovery
✦ ADVANCE ROBOTIC
Robotic Assisted Gait Trainer (RAGT)
Designed to assist patients in relearning walking patterns through dynamic body-weight-supported gait training.
- Early gait rehabilitation
- Improved walking confidence
- Better balance and posture
- Enhanced endurance
- Reduced fall risk
✦ ADVANCE ROBOTIC
Ceiling Support Ambulatory System
Safe, motorised body-weight-supported walking therapy that enables intensive rehabilitation while minimising the risk of falls.
- Safe early mobilisation
- Balance training
- Functional walking practice
- Improved mobility
- Increased patient confidence
Active Passive Trainer
Motor-assisted rehabilitation devices that provide passive, assisted, and active exercise for both upper and lower limbs.
- Improves circulation
- Motor-guided mobility
- Spasm reduction
- Gentle muscle activation
- Reduced fall risk
Upper - Lower Body Rehab Cycle
Designed for simultaneous upper and lower limb exercise to improve strength, endurance, and cardiovascular fitness.
- Full-body conditioning
- Improved coordination
- Cardiovascular stamina
- Bilateral limb symmetry
Suspension Therapy
Suspension-based rehabilitation allows controlled movement while reducing stress on joints and muscles.
- Pain-free exercise
- Joint decompression
- Targeted muscle isolation
- Gradual weight bearing
Active Passive Trainer Bedside
Supports safe, controlled movement to improve mobility, circulation, and recovery across diverse rehabilitation settings.
- Reduced muscle atrophy
- Improved joint mobility
- Better circulation
- Controlled movement training
Bobath Therapy
Motorised Bobath tables support neurological rehabilitation through proper positioning and therapist-assisted movement training.
- Better postural control
- Normalisation of muscle tone
- Enhanced reflex integration
- Precise neurological facilitation
Multi-Activity Finger Exercise Table
Designed to improve hand strength, finger dexterity, grip, and fine motor coordination.
- Better hand function
- Improved coordination
- Increased grip strength
- Enhanced independence in daily activities
✦ ADVANCE ROBOTIC
Robotic Hand Rehabilitation Glove
A wearable robotic glove designed to support controlled hand and finger movement during rehabilitation and functional recovery.
- Assists finger movement
- Supports hand function recovery
- Provides controlled repetitive training
- Helps improve range of motion
Brio FES 4 System
A 4-channel Functional Electrical Stimulation system designed to support neuro-rehabilitation, muscle re-education, and gait training.
- Four programmable stimulation channels
- Hand and gait training support
- Helps improve muscle activation
- Supports foot-drop and mobility training
NeuroTrac MyoPlus 4 Pro
A professional electrostimulation and biofeedback device supporting neuromuscular rehabilitation, pelvic floor therapy, and controlled muscle activation.
- EMG biofeedback support
- Four-channel stimulation
- Supports muscle re-education
- Helps monitor rehabilitation progress
Wellness Station
Comprehensive station integrating multi-modal functional exercises for total body conditioning and rehabilitation recovery.
- Holistic conditioning
- Core stability
- Multijoint movement
- Customisable resistance
✦ ADVANCE ROBOTIC
ROPODS
Advanced robotic assistance system supporting patient locomotion, balance correction, and endurance training.
- Robotic stability
- Gait rhythm training
- Postural feedback
- Progressive load bearing
✦ ADVANCE ROBOTIC
Rehabilitation Walker
Walker combined with functional electrical stimulation to activate paralyzed or weakened muscles during walking.
- Neuromuscular stimulation
- Timed gait activation
- Foot-drop correction
- Active muscle contraction
Conditions Treated With Robotic
Frequently Asked Questions (FAQs)
Not every patient requires robotic rehabilitation. Our clinical team evaluates each patient and recommends appropriate rehabilitation technologies based on their diagnosis, recovery stage, and functional goals.
Yes. Technology-assisted rehabilitation can support walking, balance, upper limb function, coordination, and overall mobility following a stroke, as part of a structured rehabilitation program.
No. It is beneficial for patients recovering from orthopaedic surgeries, trauma, prolonged ICU stays, cardiac conditions, respiratory illnesses, sports injuries, and other medical conditions.
Rehabilitation often begins as early as it is medically safe. Early intervention can help reduce complications, improve functional recovery, and support a faster return to daily activities.
Advanced robotic Physiotherapy rehabilitation is offered across Sukino centres, with the available technologies tailored to each centre and the patient’s rehabilitation needs. Our team will help you choose the most suitable centre and treatment approach.
Begin Your Recovery Journey