Clinical & Technology

Evidence-Based Performance

OZER validates both dynamic air systems and static support surfaces through clinical evaluation, simulated load testing, material engineering, and long-term durability verification.

25%Peak Pressure Reduction
40%Increased Contact Area
2°CSkin Temp Reduction
254ICU Patients Evaluated
105KDurability Cycles
ISOCertified Quality System
Dynamic Air Systems

Dynamic Air Systems Technology

Active pressure modulation for high-risk clinical environments. Dynamic systems use controlled air-cell movement, alternating pressure cycles, lateral rotation capability, and pump engineering to support pressure redistribution and reduce caregiver workload.

Dynamic air system lateral rotation cycle diagram
Dynamic air system — lateral rotation and pressure gradient transition
01

Lateral Rotation Capability

Controlled lateral tilt supports repositioning routines and high-risk patient care.

02

Alternating Pressure Cycle

Segmented air-cell alternation redistributes load through continuous pressure modulation.

03

Pump Control Engineering

Digital, mechanical, and lateral pump platforms support different care settings.

04

Low-Noise Operation

Quiet continuous operation supports overnight use and patient recovery.

05

105,000-Cycle Durability Testing

Dynamic air mattresses and pumps are tested for long-term reliability and service stability.

06

Caregiver Workload Support

Pressure modulation and lateral support help reduce manual handling burden.

Static Support Surface

Static Support Surface Technology

Material-engineered pressure redistribution with temperature-adapting response. Static support surfaces are not powered and not mechanical. They rely on material intelligence, viscoelastic response, anatomical load distribution, and temperature-adapting functionality to reduce peak pressure and improve skin microclimate stability. Temperature-adapting functionality is a core element of OZER’s patented static support platform.

Static support surface material layer structure
Static support surface — temperature-sensitive material engineering
01

Temperature-Adapting Response

Thermo-sensitive materials respond to body temperature, promoting immersion and pressure redistribution across a wider support area.

02

Viscoelastic Pressure Redistribution

The viscoelastic response layer increases body-surface contact and reduces localized high-pressure points.

03

Increased Body-Surface Contact

Greater contact area helps distribute body weight and reduce concentrated pressure at bony prominences.

04

Zoned Anatomical Load Channels

Engineered load channels help offload pressure from sacral, heel, hip, and shoulder regions.

05

High-Resilience Structural Base

A stable base layer helps prevent bottoming out and maintains postural support over time.

06

Infection-Control Textile

Medical-grade cover materials support hygiene, moisture management, and skin microclimate stability.

Measured Performance

Measured Performance

Validated through simulated clinical load testing and engineering verification.

Others versus OZER pressure mapping comparison and temperature response curve
OZER vs. Others — pressure redistribution and temperature-adapting response comparison

Dynamic Performance

  • Lateral rotation capability
  • Alternating pressure cycle
  • Low-noise pump operation
  • 105,000-cycle durability testing
  • Caregiver workload support

Static Performance

  • Up to 25% peak pressure reduction
  • Temperature-adapting functionality
  • Increased body-surface contact
  • 2°C skin temperature reduction after 9 hours
  • Validated in simulated clinical load testing
Clinical & Industrial Validation

Clinical & Industrial Validation

OZER combines clinical evaluation with industrial reliability testing to support hospital, long-term care, and distributor decision-making.

Clinical and engineering validation laboratory scene
Clinical and engineering validation — laboratory testing environment

Clinical Evaluation

  • Prospective clinical outcome evaluation in ICU setting
  • 254 high-risk patients

Dynamic Engineering Validation

  • 105,000-cycle durability & reliability testing
  • 110 mmHg stress testing
  • Burn-in reliability test
  • 2-year usage simulation for dynamic air mattress and pump

Static / Material Safety Validation

  • Material safety
  • Flammability
  • Biocompatibility
  • Antibacterial textile
  • Non-toxicity
Certifications & Compliance

Certifications & Compliance

Dynamic Air Mattress & Pump

  • CE MDR Pathway
  • ISO 13485
  • Noise Test

Foam & Static Material

  • US Patent No. 20180020842A1
  • Non-Toxicity
  • No Carcinogens — LGA TÜV Rheinland
  • Anti-bacterial — JIS L1902 / AATCC147
  • Flame Retardant

Medical Cover Materials

  • REACH
  • RoHS
  • ISO 10993-10
  • Flame Retardant

Intelligent Care System

  • Japan Patent
  • China Patent
Technical Data

Request Clinical & Technical Data

Receive pressure mapping data, material safety information, durability testing references, and product-level technical documentation.

Request Data →View Products