Horizontal laminar flow bench for particle-free environment
Ensure contamination-free workspaces with a horizontal laminar flow bench designed for precise filtration and airflow control, ideal for safeguarding sensitive tasks and preventing particle interference in critical processes.
Delivers Particle-Free Airflow for Contamination Control
The Aeolus H series from Telstar is a high-quality horizontal laminar flow cabinet engineered to create a particle-free workspace, critical for contamination-sensitive applications like medication compounding, IVF sample protection, and precision electronics manufacturing. Featuring advanced HEPA H14 filtration, this cabinet ensures consistent airflow control for ultimate product protection. Designed for diverse settings within hospitals, pharmacies, IVF centers, and more, it supports manual bench-top operations across solid product types. With user-friendly controls and optional IT integration, the Aeolus H facilitates seamless incorporation into existing systems. Energy-efficient LED lighting and low sound levels enhance operational comfort, while a range of customizable accessories ensure adaptable functionality. Compliance with ISO 14644-1 (Class 4) and GMP Annex 1 (Grade A) standards embodies its reliability and safety in critical environments.
Benefits
- Ensures a contaminant-free environment, vital for sensitive applications such as IVF and electronics.
- Optimizes energy use with efficient LED lighting and EC motors, reducing operational costs.
- Complies with stringent cleanliness standards, ensuring adherence to ISO 14644-1 and GMP regulations.
- Enhances versatility through customizable accessories and IT compatibility for varied operational needs.
- Minimizes noise and disturbance, fostering a conducive work atmosphere.
- Applications
- Micromechanics,Ivf centers,Horticulture in vitro cultures,Food control,Hospitals,Optics,Pharmacies,Plastics,Electronics
- End products
- Medication compounding tasks,In vitro fertilization samples,Optical lenses,Cell culture media,Plastic components,Quality control samples for food safety,Integrated circuits,Micro-mechanical parts
- Steps before
- Material Preparation,Pre-Assembly
- Steps after
- Sterilization,Packaging,Quality Control
- Input ingredients
- non-hazardous materials,materials requiring particle-free environment,air
- Output ingredients
- particle-free materials,clean air,contaminant-free products
- Market info
- Telstar is known for specializing in the design, engineering, and manufacturing of advanced vacuum and aerospace solutions, gaining a strong reputation for their innovative and customized equipment in pharmaceutical, medical, and scientific research sectors.
- Air speed
- Adjustable
- Airflow type
- Horizontal Laminar Flow
- Filter type
- HEPA H14
- Sound level
- Low
- Lighting type
- LED
- Energy consumption
- Low
- Compliance
- ISO 14644-1 (Class 4) / GMP Annex 1 (Grade A)
- Width options
- 4 different widths available
- Control panel
- User-friendly
- Computerization capability
- IT version available
- Airflow direction
- Horizontal
- Particle protection level
- ISO 14644-1 Class 4 / GMP Annex 1 Grade A
- Filter type
- HEPA H14
- Energy Consumption
- Low
- Noise Level
- Low
- Air speed adjustment
- Automatic control system
- Flow rate control
- Adjustable
- Automation level
- User-friendly control panel
- Lighting
- LED
- Customization options
- Support stand with adjustable height,various table heights
- Computerization capability
- IT version available
- Density/particle size
- 0.5–2.5 g/cm³ / 50–1000 µm
- ISO 14644-1
- Class 4
- GMP Annex 1
- Grade A
- Available widths
- 4 different widths
- Control panel type
- User-friendly
- Support stand
- Adjustable height
- HEPA filter protection
- Perforate plate
- Control panel type
- User-friendly control panel
- Integration possibilities
- Possibility to computerize (IT version)
- Support stand adjustments
- Adjustable height
- Available widths
- Available in 4 different widths
- Additional accessories
- Bar with hooks,Extra sockets,Perforate plate for filter protection