The Y-Tube Olfactometer – Claw-Legged Insects with SS Mesh | Stem (L120mm, Ø30mm) | Arms (L80mm, Ø30mm) is a specialized glass apparatus designed for insect behavioral and olfactory studies involving claw-legged species. It features an internal stainless steel (SS) mesh that provides grip, enabling natural movement and reliable odor-choice responses. Here, L denotes length and Ø denotes diameter, defining the airflow path dimensions.
Dimension Explanation Table
Symbol / Term | Meaning | Value mm (cm) | Description |
L (Stem) | Length of main tube | 120 mm (12 cm) | Distance from base inlet to junction where arms split |
Ø (Stem) | Diameter of main tube | 30 mm (3 cm) | Inner diameter allowing airflow and insect movement |
L (Arms) | Length of each arm | 80 mm (8 cm) | Distance from junction to each arm outlet |
Ø (Arms) | Diameter of each arm | 30 mm (3 cm) | Inner diameter of arms for odor stream passage |
Specifications
Parameter | Specification |
Product Name | Y-Tube Olfactometer (SS Mesh Type) |
Stem Length | 120 mm |
Stem Diameter | 30 mm |
Arm Length | 80 mm |
Arm Diameter | 30 mm |
Internal Feature | Stainless Steel Mesh |
Material | Borosilicate Glass |
Design | Y-Shaped |
Application | Claw-legged insect olfactory studies |
The Y-Tube Olfactometer – Claw-Legged Insects with SS Mesh | Stem (L120mm, Ø30mm) | Arms (L80mm, Ø30mm) is a specialized laboratory instrument designed for entomological research involving insects with clawed or gripping legs. Standard glass surfaces can hinder movement for such insects, leading to inaccurate behavioral responses. This model overcomes that limitation by incorporating an internal stainless steel (SS) mesh, which acts as a walking surface, enabling insects to move naturally during experiments.
Constructed from high-quality borosilicate glass, the olfactometer ensures excellent transparency, durability, and chemical resistance. The 120 mm stem (Ø30 mm) provides a stable airflow entry, while the two 80 mm arms (Ø30 mm) ensure equal distribution of odor streams.
The SS mesh improves traction, mobility, and behavioral accuracy, making this model highly suitable for studies involving ticks, mites, beetles, and other crawling insects. The design maintains uniform airflow with minimal turbulence, ensuring reliable and reproducible experimental results.
The transparent construction allows easy observation, while the ergonomic design ensures seamless integration with air compressors, airflow controllers, charcoal filters, and humidifier systems.
Applications
Behavioral studies of claw-legged insects
Tick, mite, and beetle olfactory research
Odor-choice and repellency assays
Entomology and vector biology research
Agricultural pest behavior studies
Laboratory olfactometer experiments