Haier Clean Bench HCB-1300V
The Haier Clean Bench HCB-1300V is a vertical laminar flow clean bench designed to provide a sterile, particle-controlled workspace for laboratory operations. It delivers vertical unidirectional airflow and integrated UV sterilization with programmable timing and pre-set start functions for routine surface sterilization. Typical use cases include aseptic handling, sample preparation, and other laboratory tasks requiring a clean work zone.
Key Features:
- Flow type: Vertical laminar flow
- Internal dimensions (W×D×H): 1300 × 530 × 520 mm
- Power supply: 115 V/60 Hz; 220 V/50 Hz
- Certificates: CE; NMPA (CFDA)
- Default UV sterilization time: 30 minutes (adjustable 0–99 minutes)
Advantages:
- Recessed internal lighting to reduce operator eye fatigue
- UV sterilization start-up delay and audible/visual alarm to reduce risk of UV exposure
- Interlocking function between work light and UV lamp to prevent incorrect operation
- Memory function for saving UV delay, sterilization duration, pre-set start time and fan position for convenient start-up
Product Details
Overview
| Model | HCB-1300V |
|---|---|
| Product Type | Equipment |
| Part Number | HCB-1300V |
| Brand | Haier Bio-Medical |
| Gross Dimensions (WxDxH cm) | 150.5 × 74.5 × 193 |
| Net Dimensions (WxDxH cm) | 137.0 × 63.0 × 173 |
| Gross Weight (kg) | 171 |
| Net Weight (kg) | 145 |
Specifications
| Power Supply | 115/60, 220/50 V/Hz |
|---|---|
| Certificate | CE, NMPA(CFDA) |
| Flow Type | Vertical |
| Internal Width | 900mm |
| Internal Height | 520mm |
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Haier Bio-Medical
Haier Biomedical was founded to focus on design, manufacturing, marketing and sales of low temperature storage equipment for biomedical samples. Using the concept of IoT, the company has become a provider of comprehensive solutions for various biotechnological challenges. Operating globally, Haier Biomedical, the world’s only complete cold chain provider, has solutions storage for biological sample banks, blood safety, vaccine safety, medical supplies and reagent safety.