Kalstein

Cappa a Flusso Laminare Verticale YR2026-56 (HEPA H14)

Zona di lavoro ISO Classe 5 · acciaio inox AISI 304

Cappa a Flusso Laminare Verticale YR2026-56 (HEPA H14)

La Kalstein YR2026-56 crea un ambiente a flusso laminare ISO Classe 5 (Classe 100) per lavori sensibili alle particelle. I filtri HEPA H14 spingono l'aria filtrata verticalmente a 0,30-0,50 m/s su una camera in acciaio inox AISI 304.

Da Kalstein · Attrezzature di laboratorio certificate

Interactive tour · Explore the YR2026-56

Every component, engineered for clean work

Six precision-engineered systems working together — press play for a guided tour or click any point on the cabinet to inspect it in detail.

Componenti ispezionabili

  • HEPA H14 filterAir filtration

    HEPA filtration maintains ISO Class 5 clean airflow over the work zone.

  • LCD control panelControl

    Central control for fan speed, UV lamp and LED lighting.

  • UV disinfection lampDecontamination

    Germicidal UV supports chamber preparation between runs.

  • LED work lightingLighting

    Low-heat lighting preserves visibility without disturbing clean work.

  • Acrylic swing doorAccess

    Transparent front access helps keep the ISO 5 zone stable.

  • AISI 304 work zoneMaterials

    Stainless surface supports sterile preparation and easy cleaning.

Caratteristiche principali

  • Flusso laminare verticale unidirezionale — ISO Classe 5
  • Filtro HEPA H14 — 99,995 % a 0,3 µm
  • Velocità regolabile 0,30-0,50 m/s
  • Camera in inox AISI 304
  • Microprocessore digitale con allarmi
  • Illuminazione ≥ 800 lux · rumore ≤ 62 dB · UV opzionale

Tripla protezione · strati ingegnerizzati

ISO 5 clean workspace

HEPA H14 downflow maintains ISO Class 5 conditions across the entire work surface.

  • HEPA H14
  • Vertical laminar
  • Zero cross-contamination
Cleanliness
ISO 5
Downflow
0.4 m/s
Retention @ 0.3 µm
99.995%

AISI 304 hygienic build

Fully stainless work zone with rounded corners for easy sanitization between batches.

  • AISI 304 chamber
  • UV lamp option
  • Sealed lighting
Stainless steel
AISI 304
Illumination
≥ 800 lux
Noise
≤ 62 dB

Compliant validation

Designed to be validated according to ISO 14644-1 and IEST-RP standards for cleanrooms.

  • ISO 14644-1
  • Airflow report
  • Particle counting
Federal Std 209E
Class 100
HEPA class
H14
Power
220 V

Modalità di flusso · cosa accade in ogni direzione

  • Low — Low laminar flow · 0.30 m/s

    Ideal for delicate handling and calibration of instruments.

    Downflow: 0.30 m/s

  • Medium — Medium laminar flow · 0.40 m/s

    Optimal ISO 5 balance for most sterile procedures.

    Downflow: 0.40 m/s

  • High — High laminar flow · 0.50 m/s

    Maximum protection for aggressive workflows and higher particle loads.

    Downflow: 0.50 m/s

  • UV — UV decontamination cycle

    Germicidal UV cycle for chamber preparation between runs.

    Wavelength: 253.7 nm

Specifiche tecniche

ModelloYR2026-56
TipoVertical Laminar Flow · ISO Class 5 (Class 100)
FiltrazioneHEPA H14 (99.995% @ 0.3 µm)
Velocità frontale0.30 – 0.50 m/s
Dimensioni esterne1360 × 750 × 2200 mm
Camera di lavoro1200 × 600 × 700 mm
Livello di rumore≤ 62 dB
Illuminazione≥ 800 lux
CostruzioneAISI 304 stainless steel
Alimentazione220 V / 50-60 Hz

Applicazioni

  • Preparazione farmaceutica asettica
  • FIV
  • Coltura cellulare
  • Assemblaggio elettronico
  • Semina sterile

Casi d’uso reali · flussi guidati

IVF and reproductive medicine

Handling of oocytes, embryos and gametes in a sterile laminar environment.

Durata tipica: 30–120 min

  1. Warm dishes and media
  2. Start laminar flow
  3. Perform gamete manipulation
  4. Move to incubator
  5. Decontaminate and log

Sterile pharmaceutical compounding

Preparation of sterile injectables in hospital pharmacies.

Durata tipica: 20–90 min

  1. Gown and disinfect
  2. Set up compounding tray
  3. Prepare and label doses
  4. Verify labels
  5. Clean and shut down

Electronics and precision assembly

Assembly of dust-sensitive components under ISO 5 clean conditions.

Durata tipica: 15–60 min

  1. Place components in trays
  2. Start laminar flow
  3. Assemble and inspect
  4. Package under laminar flow
  5. Perform ionizing purge

Ideal for applications in

Where the YR2026-56 performs

Explore each field the YR2026-56 was engineered for — click any industry to reveal the specific benefits, key metrics and how the cabinet supports the workflow.

Microbiology laboratories

Sterile plating, colony picking and media preparation in a stable ISO 5 environment.

key benefits

  • Sterile plating & streaking
  • Colony picking
  • Media preparation
Cleanliness
ISO 5
Flow rate
> 600 m³/h
HEPA
H14

Cell culture & biotech

Routine passaging, plating and non-hazardous cell-culture work requiring product protection only.

key benefits

  • Cell passaging
  • Media changes
  • Reagent preparation
Class
ISO 5
Speeds
3
Control
LCD

Pharmaceutical R&D

Sterile compounding, formulation R&D and small-batch preparation with strict particulate control.

key benefits

  • Sterile compounding
  • Formulation R&D
  • Small-batch prep
HEPA
99.997%
Stainless
AISI 304
Decon
UV-C

Clinical & QC labs

Non-hazardous sample handling, reagent preparation and QC assays needing a clean workspace.

key benefits

  • Reagent prep
  • Non-hazardous samples
  • QC assays
Zone
ISO 5
Germicidal
UV
@ 0.3 µm
≥99.997%

Precision assembly

Electronics, medical-device and optics assembly in a controlled, particle-free environment.

key benefits

  • Electronics assembly
  • Medical devices
  • Optics & sensors
Cleanliness
ISO 5
Downflow
Uniform
Lighting
LED

Fast quotation · 15 seconds

Deploy the YR2026-56 in your clean workflow

Get a certified vertical laminar flow cabinet delivered with installation and validation support.

Domande frequenti

È una cappa di biosicurezza?

No. È a flusso laminare — protegge il campione ma non contiene biorischi. Per biosicurezza usare YR0090C-SS Classe II A2.

Classe di pulizia?

ISO Classe 5 / Classe 100 con HEPA H14.

Velocità regolabile?

Sì, 0,30-0,50 m/s da controllore digitale.

Condotto esterno?

No, flusso ricircolante.