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Exoskeleton

HAL®自立支援用下肢タイプ Pro

Built by Cyberdyne · Japan

Updated May 2026·methodology
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Robo Index

A

Strong evidence

5 of 10 signals present

Recomputed nightly from public data. Missing data is skipped, never zero-filled — and rankings are never for sale.

Weighted factors

average of the 5 scored · blanks don't count

Commercial maturity20%85/100
Deployment footprint18%unknown
Proven track record12%40/100
Spec completeness12%100/100
Company financial health12%unknown
Company maturity8%100/100
Manufacturer portfolio6%100/100
Media mentions (trailing 12 months)6%unknown
Independent recognition4%unknown
Market momentum2%unknown

Does it fit your job?

Tell us what your job needs — payload, budget, region, must-have certifications — and we'll show how HAL®自立支援用下肢タイプ Pro measures up, requirement by requirement. The Robo Index (trust) above is shown for every buyer, regardless.

Overview

The HAL®自立支援用下肢タイプ Pro is an exoskeleton designed to support individuals with lower limb mobility issues in daily activities. It utilizes advanced sensors to detect bioelectric signals from the user's skin, enabling the device to support natural movement patterns. This model is tailored for personal use, helping users regain independence in walking and standing. The exoskeleton is suitable for individuals with mobility impairments due to aging, injury, or neurological conditions.

Flagship features

  • Designed for individuals with lower limb movement difficulties
  • Adjusts to user size including leg and foot dimensions
  • Provides real-time monitoring through HAL Monitor
  • Limited to users with detectable bio-electrical signals
  • Not available for rental to individual users

Buyer decision signals

Deployments

2 known operators in Japan

社会医療法人 生長会 阪南市民病院, 大阪急性期・総合医療センター

Viability

est. 2004

新型医療用HAL下肢タイプの国内レンタル販売開始

Specifications

Category: Exoskeleton
Payload
100 kg
Weight
14 kg
Battery
1 h
Launch year
2022
Price
Contact for quote
Status
active
VerifiedSelf-reportedEstimated

Company profile

Founded
2004

Detailed specifications

Motion & kinematics2
Joints Actuated
hip,knee,ankle
Joint Rom Breakdown
{"hip":140,"knee":126}
Safety & certifications1
Safety Features
emergency_stop,fall_detection
Other33
Washable
wipeable
Load Path
ground
Mobile App
both
Assist Mode
active
Ota Updates
true
Applications
personal_mobility,elderly_care
Sub Category
medical_mobility
Actuator Type
electric_motor
Body Coverage
lower_body
Service Model
on_site,remote_diagnostics
Sizes Offered
custom
Donning Assist
single_assistant
Frame Material
aluminum,polymer
Company Country
JP
Ehr Integration
false
Adjustable Range
waist 70-130 cm, thigh 40-65 cm, shin telescoping
Control Strategy
intent_detection
Device Weight Kg
14
Padding Material
EVA foam + breathable mesh
Industries Served
healthcare
Degrees Of Freedom
4
Indication For Use
lower limb disabilities,weakened leg strength
User Height Max Cm
180
User Height Min Cm
140
User Weight Max Kg
100
User Weight Min Kg
40
Countries Available
Japan
Data Export Formats
csv,pdf_report
Regulatory Clearance
PMDA
Sit To Stand Support
true
Walking Aid Required
none
Additional Information
- Designed for individuals with lower limb movement difficulties - Adjusts to user size including leg and foot dimensions - Provides real-time monitoring through HAL Monitor - Limited to users with detectable bio-electrical signals - Not available for rental to individual users
Insurance Reimbursement
false

Who runs it· deployment evidence

2 on record · none maker-verified yet. Each links to its source — open it and judge.

  • 大阪急性期・総合医療センター· Japansource ↗
  • 社会医療法人 生長会 阪南市民病院· Japansource ↗
Verified — maker-confirmedReported — in a public source, not maker-confirmed

Company milestones

  • May 2026Launch新型医療用HAL下肢タイプの国内レンタル販売開始
  • Feb 2026LaunchLB06 model sales begin
  • Jan 2026MilestoneCybernicx Future 2026 announced for Istanbul
  • Nov 2024MilestoneMTX Neuro HAL Plus expanded to wider areas
  • Jan 2024MilestoneFirst Cybernics & Neurobionics Summit in Hannover
  • Oct 2020MilestoneFDA submission describing HAL-ML05/ML07
  • Oct 2020MilestoneFDA review summary cites 207 patients in PMS
  • Oct 2020MilestoneFDA submission describes HAL-ML05 exoskeleton

Where will these robots operate? Often the same as your country — add more for multi-country deployments.

Reviews for HAL®自立支援用下肢タイプ Pro

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