Hard cabin sterile isolator

TL-NP-MISG22 Negative pressure sterile production isolator

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TL-NP-MISG22负压型无菌生产隔离器
TL-NP-MISG22 Negative Pressure Aseptic Production Isolator | Product Details

Working Principle

Negative pressure isolators are mainly used in pharmaceuticals (processes such as filling, weighing, feeding, crushing, tableting, drying, filling, etc.), cosmetics, biological product research, and physical/chemical science experiments. They provide turbulent airflow, creating negative pressure in the work area through high-pressure exhaust fans, preventing cross-contamination of air inside and outside, ensuring personnel and environmental safety.

(NP series negative pressure isolators are installed in ordinary environments)

Performance Features

1
Can meet the highest standard protection requirements in the pharmaceutical industry
2
Complies with OEB5 protection level for operators (OEL <1μg/m³)
3
Can provide customized professional design according to customer process needs, configuring different glove operation ports, half-suits, or robots to achieve various operations under closed conditions
4
Air handling system uses safely replaceable double-layer PUSHPUSH HEPA filters or bag-in/bag-out HEPA filters
5
Equipment operation controlled by logic controller, human-machine interface operation is simple, can perform all operations
6
Material entry/exit methods can be configured with transfer chambers, sleeve systems, and rapid transfer ports (RTP)
7
Interlock function between chamber doors
8
Inner surface polished and brushed treatment, roughness <0.4Ra
9
Internal R≥15 radius corner structure, easy to clean, no dead corners
10
Door sealing methods can choose between inflatable sealing and mechanical compression sealing
11
Isolator equipped with emergency mode processing system: When isolator seal rings or gloves rupture, chamber pressure will quickly rise, isolator automatically triggers alarm while adjusting fan frequency, increasing exhaust air volume, closing intake valve, ensuring crack wind speed above 0.5m/s to prevent high-activity substances from leaking, protecting operator and laboratory environment safety
12
Optional glove integrity tester, gloves can be safely replaced online
13
Optional: Bag clamp tool set (PE bag, sealing clip, and packaging tools)
14
Isolator can be configured with high-precision air suspension platform, meeting high-precision weighing requirements (above 1/10,000 weighing accuracy)
15
Cleaning design meets CIP (Cleaning in Place) and WIP (Washing in Place) cleaning requirements, usually using WIP form, configured with water/air spray gun
16
Operation chamber interior uses ≥3mm thick 316L stainless steel material, if anti-corrosion requirements exist, titanium or surface PTFE coating can be used

Safety Note: This equipment design complies with the highest safety standards, equipped with multiple safety protection measures, ensuring operator and environmental safety during high-activity substance handling processes.

Application Areas

High Activity Laboratory

  • Weighing
  • Dispensing
  • Sampling
  • Solution Preparation
  • Analysis
  • Moisture Titration
  • Infrared Scanning

API Bulk Drug

  • Centrifugation
  • Filtration
  • Drying
  • Mixing
  • Crushing
  • Weighing
  • Dispensing

Solid Dosage Forms

  • Granulation
  • Drying
  • Mixing
  • Tableting
  • Coating

Main Safety Features

OEB5 Level Protection
Negative Pressure Turbulent Flow Design
Emergency Processing System
Chamber Door Interlock
Cleaning in Place
High Sealing Performance

Technical Specifications

Power Supply
220V/380V 50Hz
Air Change Rate
≥15 times/hour
Chamber Material
SUS316L Stainless Steel
Protection Level
OEB4 or OEB5
Airflow Pattern
Turbulent Flow
Operating Noise
<65dB(A)
Negative Pressure Maintenance Power
1000W
Operation Chamber Pressure
-50Pa ~ -150Pa
Chamber Sealing
Complies with ISO10648-2 Standard
Internal Roughness
<0.4Ra
Internal Radius Corner
R≥15
Internal Material Thickness
≥3mm

Note: The above technical specifications are standard configurations, can be customized and adjusted according to specific customer requirements.

Customization Options

Operation Configuration

  • Glove Operation Ports
  • Half-suit Operation
  • Robot Operation
  • Multiple Specification Combinations

Filtration System

  • Double-layer PUSHPUSH HEPA
  • Bag-in/Bag-out HEPA Filters
  • Safely Replaceable Design
  • Online Monitoring System

Material Transfer

  • Transfer Chamber System
  • Sleeve System
  • Rapid Transfer Port (RTP)
  • Bag Clamp Tool Set

Monitoring and Control

  • Glove Integrity Tester
  • Pressure Real-time Monitoring
  • Wind Speed Monitoring
  • Logic Controller
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