Laminar Flow Pathology Workstation QCT-1800L
Laminar flow pathology workstation for gross specimen handling, featuring top-supply/bottom-exhaust airflow, an adjustable-height operating table, and an integrated formaldehyde perfusion system.
| External Size | 1800*800*2000mm |
| Operating Table Size | 1455*490mm |
| Operating Table Adjustable Height | 800~950mm |
| Airflow Pattern | Top air supply and bottom exhaust |
| Standard Function | Formaldehyde perfusion system, table lifting system, human body induction switch, touch control screen, spotlight, UV lamp, LED lighting, telescopic faucet, folding hot and cold faucet, motorized non-return valve, sink, transparent socket |
| Optional Function | LED floor-standing magnifying glass, specimen preparation board, stainless steel tissue box, gross specimen imaging system, portable display stand, dryer, exhaust fan |
The Laminar Flow Pathology Workstation QCT-1800L is a ventilated grossing station designed for pathology departments and research laboratories handling preserved tissues and formalin-exposed specimens. The airflow architecture uses top air supply with bottom exhaust to pull vapors away from the operator while preserving a clear, open working zone.
This model includes a 1455 x 490 mm operating table with 800-950 mm height adjustment, integrated formaldehyde perfusion, touch-screen controls, telescopic and folding hot/cold faucets, lighting, and UV support hardware. The listing reflects the QCT-1800L configuration shown on the supplier product page and replaces the previously unrelated analyzer-style imagery.
Key Features
- Top air supply and bottom exhaust airflow pattern
- Adjustable operating table height from 800 to 950 mm
- Integrated formaldehyde perfusion and lifting system
- Touch control screen, spotlight, UV lamp, and LED lighting
- 304 stainless workflow components suited to pathology grossing tasks
How It Works
The workstation operates on a laminar flow principle with top-mounted air supply and bottom exhaust to create unidirectional airflow across the work surface. Clean filtered air enters from the ceiling plenum and flows vertically downward, carrying airborne contaminants away from the operator's breathing zone before being exhausted through the base of the unit.
The integrated formaldehyde perfusion system allows for controlled delivery of fixative solutions during tissue processing. The touch control interface manages airflow parameters, table height adjustment through the lifting system, and perfusion flow rates. The human body induction switch automatically activates the airflow system when an operator approaches the workstation, ensuring consistent protection during use.
Features & Benefits
External Size
- 1800*800*2000mm
Operating Table Size
- 1455*490mm
Operating Table Adjustable Height
- 800~950mm
Airflow Pattern
- Top air supply and bottom exhaust
Standard Function
- Formaldehyde perfusion system, table lifting system, human body induction switch, touch control screen, spotlight, UV lamp, LED lighting, telescopic faucet, folding hot and cold faucet, motorized non-return valve, sink, transparent socket
Optional Function
- LED floor-standing magnifying glass, specimen preparation board, stainless steel tissue box, gross specimen imaging system, portable display stand, dryer, exhaust fan
Packing Size(W*D*H)
- 2000*960*2300mm
Brand
- ConductScience
Model
- QCT-1800L
Power Supply
- Standard: 220V, 50/60Hz; Optional: 110V, 50/60Hz
Net Weight
- 380kg
Gross Weight
- 410kg
Weight
- 380.0 kg
Dimensions
- L: 200.0 mm
- W: 180.0 mm
- H: 80.0 mm
Comparison Guide
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Operating Table Size | 1455×490mm work surface with 800-950mm adjustable height | Fixed-height tables or smaller work surfaces are common in basic pathology workstations | Larger work surface accommodates various specimen sizes while height adjustability improves ergonomics for extended procedures |
| Airflow Pattern | Top air supply and bottom exhaust laminar flow | Many units use simple exhaust ventilation without laminar flow characteristics | Unidirectional airflow provides superior containment of chemical vapors and aerosols compared to turbulent exhaust systems |
| Integrated Systems | Built-in formaldehyde perfusion system with touch control interface | Separate perfusion equipment and manual controls are typical in standard configurations | Integrated design improves workflow efficiency and reduces contamination risk from handling multiple control surfaces |
| Automation Features | Human body induction switch for automatic activation | Manual on/off switches are standard in most pathology workstations | Automated activation ensures consistent protection while reducing energy consumption during idle periods |
| Power Options | Standard 220V with optional 110V configuration | Many units are limited to single voltage specifications | Dual voltage options provide installation flexibility for different laboratory electrical systems worldwide |
This workstation combines laminar airflow containment with integrated perfusion capabilities and automated features in a single unit designed specifically for pathology applications. The adjustable work surface and touch control interface enhance ergonomics and workflow efficiency compared to basic fume hood configurations.
Practical Tips
Verify airflow velocity and pattern monthly using smoke tubes or anemometer measurements at multiple points across the work surface.
Why: Consistent airflow performance ensures effective containment of chemical vapors and maintains operator safety.
Clean the work surface with appropriate disinfectant after each use and perform weekly deep cleaning of all accessible surfaces.
Why: Regular cleaning prevents cross-contamination between specimens and maintains aseptic conditions for tissue processing.
Position specimens and instruments to work from clean to contaminated areas, utilizing the laminar airflow direction for optimal protection.
Why: Following airflow patterns minimizes the risk of contaminating clean instruments or specimen areas during procedures.
If the human body induction switch becomes unresponsive, check for obstructions near the sensor and clean the detection area with a dry cloth.
Why: Dust or chemical residue can interfere with proximity sensors, preventing automatic system activation when operators approach.
Always allow the airflow system to run for several minutes before beginning work and continue operation throughout the entire procedure.
Why: Adequate purge time establishes proper airflow patterns and ensures maximum protection from chemical vapor exposure.
Document airflow verification results and perfusion system performance in laboratory maintenance logs for quality assurance purposes.
Why: Systematic documentation supports laboratory accreditation requirements and helps identify performance trends over time.
Adjust table height before starting procedures to minimize operator fatigue and maintain proper ergonomic positioning throughout extended tissue processing sessions.
Why: Optimal working height reduces physical strain and improves precision during detailed pathological examinations and specimen preparation.
Setup Guide
What’s in the Box
- Laminar Flow Pathology Workstation main unit
- Touch control interface panel
- Formaldehyde perfusion system components
- Power connection cable
- Installation hardware
- Operation manual
- Warranty documentation
Warranty
ConductScience provides a standard one-year manufacturer warranty covering defects in materials and workmanship. Technical support is available for installation guidance, operation training, and maintenance procedures.
Compliance
What is the effective capture velocity of the laminar airflow system?
Consult product datasheet for specific airflow velocity measurements. The top air supply and bottom exhaust configuration is designed to provide unidirectional flow across the work surface.
Can the perfusion system handle different fixative solutions besides formaldehyde?
The integrated perfusion system is designed for formaldehyde delivery. Compatibility with other fixatives should be verified based on chemical compatibility with system components.
What type of filtration is used in the air supply system?
Consult product specifications for filter type and efficiency ratings. The system provides filtered air supply for the laminar flow environment.
How does the human body induction switch detect operator presence?
The workstation includes an automated induction switch that activates the airflow system when an operator approaches, though specific sensor technology details should be confirmed in technical documentation.
What is the maximum specimen size that can be accommodated?
The 1455×490mm operating table surface accommodates most pathology specimens, with height adjustability from 800-950mm providing vertical clearance for larger specimens.
Are there specific electrical requirements for installation?
Standard power requirement is 220V 50/60Hz, with 110V 50/60Hz available as optional configuration. Proper grounding and circuit protection are essential for safe operation.
What maintenance is required for the airflow system?
Regular filter replacement and airflow verification are typically required. Specific maintenance intervals and procedures should be followed according to the operation manual.
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