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Bio-Assyl Wind Tunnel

Name: Bio-Assyl Wind Tunnel
Brand: MECHMATICS ENGINEERING PVT. LTD.
Price: 500000.0 INR
Availability: InStock

Price 500000.0 INR/ Unit

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MOQ : 1 Unit

Bio-Assyl Wind Tunnel Specification

Equipment Type
Bio-Assyl Wind Tunnel

Material
Stainless Steel, Polycarbonate

Processing Type
Precision Machined

Condition
New

Technology
Aerodynamic Flow Control

Dimension (L*W*H)
1800 mm x 700 mm x 700 mm

Power Mode
Electric

Voltage
220-240V AC

Power Consumption
Approximately 250 W

Pressure Output
Consistent, Adjustable Airflow

Application
Laboratory Insect Behavioural Experiments

Coating Type
Powder Coated

Accessories
HEPA Filter, Control Panel, Mounting Stand

Lighting
Internal LED Illumination

Insect Entry Port
Multi-sized, Sealable

Observation Chamber
Transparent Polycarbonate

Temperature Range
Ambient to 40C

Flow Uniformity
>90%

Usage Environment
Indoor Laboratories

Control Interface
Digital Touchscreen

Noise Level
<50 dB

Air Velocity Range
0.2 to 2.0 m/s (adjustable)

Working Speed
Variable (Adjustable by Control Panel)

Frame Material
Anodized Aluminum

About Bio-Assyl Wind Tunnel

Short Marketing Overview

Our Bioassay Wind Tunnel System is a precision laboratory platform designed for studying insect behavior under controlled airflow and environmental conditions. Engineered to deliver stable laminar flow and contaminant-free air, the system enables accurate evaluation of insect responses to pheromones, odors, and chemical stimuli.

With high optical accessibility and advanced environmental control, this solution is ideal for entomology research, pest control development, and behavioral ecology studies, providing reproducible and high-quality experimental data.

Technical Datasheet (Generalized Ranges)

Airflow Performance

Flow Type: Laminar, low-turbulence
Velocity Range: 0.1 1.5 m/s (10 150 cm/s)
Flow Uniformity: 5% across test section
Turbulence Intensity: <1%

Test Section

Typical Dimensions:

Length: 1.5 3.0 m
Width/Height: 0.3 1.0 m

Material: Transparent acrylic / glass
Configuration: Rectangular, full optical access

Air Handling & Filtration

Airflow Generation: Variable-speed blower (typically downstream/exhaust)
Filtration System:

Activated carbon filters (odor removal)
HEPA / fine particulate filters (optional)

Air Quality: Clean, odor-free baseline conditions

Environmental Control

Temperature Range: 15 35C
Humidity Control: 30% 80% RH
Lighting: Adjustable (visible / UV optional)
Environmental Stability: High precision for repeatable experiments

Stimulus Delivery System

Controlled release of:

Pheromones
Volatile organic compounds (VOCs)
Repellents / aerosols

Positioning: Upwind injection with precise flow integration

Observation & Measurement

Behavioral tracking parameters:

Take-off response
Flight trajectory (e.g., anemotaxis)
Orientation and velocity
Landing frequency and location

Imaging Systems:

High-speed cameras (optional)
Automated tracking software (optional)

Key Features

Stable laminar airflow for accurate behavioural studies
Odor-free baseline with advanced filtration
High optical clarity for full-flight visualization
Precise environmental simulation
Modular design for custom experimental setups

Applications

Insect behavioural and olfactory studies
Pheromone and attractant research
Repellent and insecticide efficacy testing
Agricultural pest management research
Flight ecology and navigation studies

Typical Test Workflow

1. Acclimatization: Insects adapt to controlled environment

2. Flow Stabilization: Laminar airflow established

3. Stimulus Introduction: Odor/compound released upstream

4. Release & Tracking: Behavioural response recorded and analysed

Precision Airflow Control for Reliable Results

With adjustable airflow speeds and greater than 90% flow uniformity, the Bio-Assyl Wind Tunnel ensures consistent and repeatable conditions necessary for accurate insect behavioral studies. The integrated aerodynamic flow control technology allows researchers to mimic natural wind environments for a variety of experimental setups.

Effortless Observation and Handling

The observation chamber, crafted from transparent polycarbonate, provides exceptional visibility from multiple angles. Internal LED lighting illuminates the test area without generating disruptive heat, allowing prolonged and undisturbed viewing of insect responses and interactions.

User-Friendly Interface and Reliable Construction

Its digital touchscreen control panel simplifies operation and parameter adjustments, streamlining experimental workflows. Built with an anodized aluminum frame and stainless steel materials, this wind tunnel is engineered for longevity and safe usage in demanding research laboratories.

FAQ's of Bio-Assyl Wind Tunnel:

Q: How does the Bio-Assyl Wind Tunnel maintain consistent airflow for experiments?

A: The tunnel uses advanced aerodynamic flow control technology to deliver a uniform airflow with more than 90% flow uniformity. Air velocity is adjustable between 0.2 and 2.0 m/s via a digital touchscreen, ensuring repeatable conditions essential for insect behavioral research.

Q: What types of laboratory environments is this equipment suitable for?

A: The Bio-Assyl Wind Tunnel is designed specifically for indoor laboratory settings and supports a range of insect behavioral experiments, making it suitable for entomology, environmental science, and biological research facilities.

Q: When should I adjust the airflow or temperature settings?

A: Airflow and temperature settings should be modified prior to beginning an experiment or as required by your experimental protocol to simulate specific environmental scenarios. Adjustments are made easily on the digital touchscreen interface for both airflow speed and ambient temperature (up to 40C).

Q: Where are the insect entry ports located and how do they function?

A: The observation chamber has multi-sized, sealable ports designed for the safe introduction of various insect species. These ports allow researchers to introduce or remove insects without compromising internal conditions or experimental integrity.

Q: What is the process for cleaning and maintaining the wind tunnel?

A: Maintenance involves routine cleaning of the transparent observation chamber with non-abrasive cleaners and checking the HEPA filter regularly. The construction materials, including stainless steel and polycarbonate, simplify cleaning and prevent corrosion.

Q: How does using this wind tunnel benefit insect behavioral experiments?

A: It provides a controlled, low-noise (<50 dB) environment with precise airflow and temperature control. These features reduce external variables, allowing researchers to focus on observing natural insect behaviors and responses under reproducible conditions.

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