The entoWIZ Field Larval Dipper is designed for efficient mosquito larval sampling in the field. Crafted from high-quality plastic, the off-white dipper features a wide-mouth design on both sides, allowing for easy collection of larvae. Its pure white inner surface enhances visibility, making it easier to observe and sort collected specimens.
This dipper comes with a durable fixed-length aluminum handle, typically 60 cm in length, ideal for standard field use. Optional handle upgrades are available:
Fixed-length handle: 60–90 cm (default: 60 cm)
Three-segment telescopic aluminum handle:
Length option 1: 53–107 cm
Length option 2: 61–141 cm
Length option 3: Maximum of 200 cm. This is used when collections are expected from deep waters like water tanks, sewer deep tanks, or other difficult to reach areas. Note that this option will produce a inconvenient length of the laddle when retracted. Can't be easily fit into carry bag.
(Available at additional cost)
A complete larval collection kit can be purchased separately.
One remarkable feature of our aspirator is its ability to capture mid-air flying insects with ease.
Contents: The Advanced insectPRO aspirator comes with one main unit, electronic set up for speed control and forward and reverse blow option, adjustable telescopic pole (4-8ft), 6 collection cups (can be bought separately for extra requirement), one insect collection cage (light weight push-up cage), one battery (12v 7ah), one charger (12v 1.5amps auto cutoff), and backpack bag for transporting things.
High efficiency filter for mouth piece for aspirator mosquitoes or other harmful insects without affecting the insect collector by the body scales of insects or other irritants that might adversely effects on the collectors.
Note on HEPA Filter Type:
We offer two types of HEPA filters and ship whichever is currently available in stock. The specific type or color of the filter available at the time will be clearly mentioned in our quotation.
Bioassay cones for testing shelf life of an insecticide onto various physical surfaces. Package contains 10 cones. The list price is for 10 cones. Only cones, the kit does not include surfaces. You can order different surfaces separately for conducting bioassays
For cone surfaces, aspirators, and other accessories please visit here
Digital laboratory thermometer with stainless steel probe for accurate temperature readings. Features an easy-to-read LCD display and measures from -50°C to 300°C (-58°F to 572°F). Ideal for labs, cold storage, incubators, and chemical processes where precise temperature monitoring is essential. Suitable for scientific and industrial use.
An entoWIZ insect spreading board is an entomological tool used to spread the wings of insects for mounting. It is typically made of wood or Styrofoam (please check here for foam board models) and has a groove in the center to accommodate the insect's body. The wings are then pinned to the board using insect pins.
To use an insect spreading board, first place the insect in the groove with its wings folded up. Then, use insect pins to secure the wings in place. Be sure to use the correct size pins for the size of the insect. Once the wings are secure, you can use a thin piece of paper or cloth to cover them and prevent them from drying out.
Once the wings are dry, you can mount the insect on a piece of cardboard or other mounting material. Be sure to label the specimen with the date, location, and type of insect.
entoWIZ Multi-well insect bioassay trays, also known as multi-well plates or assay plates, are laboratory tools used in insect toxicology studies to assess the effectiveness of insecticides or other insect control agents. These trays consist of a flat plastic with multiple small wells or compartments arranged in a grid pattern. The tray is divided into eight compartments and each compartment has four wells. In total, the entoWIZ bioassay tray has 32 wells (8 treatments, 4 replicates). This is only the tray and the stickers needed to be purchased separately.
Our Glass Reagent Bottle is perfect for safe and secure storage of chemicals and liquids in laboratories. Made from high-quality, durable glass, it ensures maximum resistance to most acids, solvents, and chemicals. The narrow mouth design provides controlled pouring, while the leak-proof cap prevents spillage. Ideal for long-term storage, this bottle is suitable for a variety of scientific, research, and industrial uses. Available in multiple sizes, our glass reagent bottles are designed for precision and reliability in any lab environment. Upgrade your lab with these premium glass reagent bottles for all your chemical storage needds
Self-indicating silica gel is a moisture-absorbing desiccant featuring color-changing properties to signal its saturation level. Unlike standard silica gel, it incorporates cobalt chloride or other moisture-sensitive indicators that shift in color, typically from orange to green or blue to pink, when maximum absorption capacity is reached.
This innovative gel is widely employed in industries such as electronics, pharmaceuticals, and archival storage to protect against moisture-induced damage like mold, rust, and degradation. Its color-changing feature provides a visual cue for timely replacement or reactivation, ensuring continuous and effective humidity control without the need for external humidity sensors or equipment.
Download product brochure here
Mouth sucking aspiratorThis aspirator is ideal for collecting small-sized insects both in the field and laboratory settings.
The aspirator features a narrow 4–5 mm tube opening, making it particularly suitable for capturing insects under 3 mm in size, such as whiteflies, aphids, and small beetles. The aluminum intake pipes are ergonomically angled to allow users to approach and collect insects with greater precision. A durable polycarbonate collection vial comes standard with the device; however, it can be customized with a glass vial upon request to suit specific research or handling needs.
Watch video with a blowing kit here. Buy this product on GeM here
Glass storage vials are commonly used in entomology to preserve insect specimens. They are made of borosilicate glass, which is resistant to chemicals and heat. This makes them ideal for storing insect specimens in a variety of preservation fluids, such as alcohol, formalin, and glycerin. Glass vials are also transparent, which allows entomologists to easily view the insect specimens inside. They come in a variety of sizes, so entomologists can choose the right size for their needs. When storing insect specimens in glass vials, it is important to label the vials with the name of the insect species, the date the specimen was collected, and any other relevant information. This will help entomologists to easily identify and track the insect specimens.
In short, glass storage vials are an essential tool for entomologists. They provide a safe and secure way to preserve insect specimens for future study.
Tunnel Test Apparatus – A semi-field bioassay system designed to study mosquito behavior and evaluate vector control interventions such as insecticide-treated nets, repellents, or traps. Constructed from clear plexiglass with mesh partitions, it replicates host-seeking scenarios under controlled conditions. Ideal for assessing mosquito penetration, landing, and mortality responses. Available in customizable dimensions with optional features like lighting, temperature control, and video monitoring. Suitable for laboratories, research institutes, and public health programs.
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The glass measuring cylinder, a research lab workhorse, boasts etched markings for precise volume measurement of liquids. Available in sizes from 10 milliliters to 2 liters, these versatile tools are perfect for tasks like preparing solutions,performing titrations, and collecting specific volumes during extractions. Made from borosilicate glass for excellent heat resistance, proper cleaning, storage, and handling ensure their accuracy and longevity for reliable scientific endeavors.
The cone bioassay is a controlled test to measure insecticide effectiveness, particularly in mosquito nets. It uses specialized cones where mosquitoes are exposed to treated material or a control. After exposure, researchers monitor mortality rates to assess the insecticide's impact. This standardized procedure helps ensure mosquito nets remain potent weapons against malaria by evaluating their ability to kill or knock down these disease-carrying insects.
This 800 ml cylindrical insect container is designed for effective insect rearing, temporary holding, and field collection. Made from durable, transparent polypropylene, it features a secure lid with a built-in aeration hole, allowing proper airflow for live specimens like mosquitoes and other insects. Its compact cylindrical shape makes it easy to carry during fieldwork while ensuring visibility and ventilation. Ideal for entomologists, mosquito control teams, and research labs, this container supports repeated use due to its washable and corrosion-resistant design. A practical solution for specimen observation, short-term storage, and educational use in both lab and outdoor environments.
The 4F-MC-W-303030 Fine Mesh Clear White Insect Cage is ideal for researchers and professionals needing reliable insect rearing solutions. Constructed with a lightweight aluminum frame and fine 150 x 150 mesh nylon netting, this cage effectively contains small insects like aphids, thrips, and parasitic wasps while ensuring excellent ventilation. Its clear front panel allows easy observation of insect behavior, and the convenient front sleeve opening simplifies adding or removing insects and food. Lightweight and easy to assemble, it suits use in agricultural universities, research labs, entomology departments, and vector biology studies. Perfect for controlled environment experiments, insect colony maintenance, and pest management research, this cage combines durability with functionality. Available for purchase online, it’s a practical choice for institutions and professionals looking for affordable and efficient insect rearing cages for all research needs
The 4E-M-W-202020 Insect Cage is a compact, durable insect enclosure with a space-saving design (L: 24.5 cm x W: 24.5 cm x H: 24.5 cm) that is ideal for labs and classrooms. Made with nylon mesh (44 x 32 mesh, 650 µm) for excellent ventilation, the cage features a front sleeve opening (17 cm diameter) for easy access and maintenance. It has an external aluminum frame for quick assembly and stability. The mesh floor can support weight, but to lift the cage with weight, a separate sturdy floor must be purchased.
https://www.labitems.co.in/product-page/insect-rearing-cage-4m2222
Insect Rearing Cage (96 x 26 | 680 micron aperture, aluminium frame as a backbone) Dimensions: W60 x D60 x H60 cm | Weight 1,070 grams | Main Material: Netting | Polyester Uses: it's a heavy duty cage with aluminium frames as scaffold. The cage has 2ft height in square. Large space for keeping multiple potted plants for general entomological studies or more specific plant-insect interactions https://www.labitems.co.in/product-page/6s610
The 4E-MC-W-151515 insect rearing cage is a compact, lightweight unit designed for insect studies in laboratories. It features a clear front panel with a 12 cm sleeve opening for safe insect handling and an additional side window for easy observation. The top and side panels are made of breathable polyester mesh (96 x 26, 680 µm) for optimal ventilation. Its fiberglass frame is mounted externally, eliminating insect hiding spots inside. Ideal for research on insect biology and behavior, this cage ensures high visibility, easy access, and tool-free assembly—perfect for entomology labs in universities and research institutions.
Insect Rearing Cage (15x15x15cm3, 96x26 mesh). For a working video, please visit here https://www.labitems.co.in/product-page/4s1514
All items that are useful for general insect research are listed here. The list is not exhaustive. Use search section to locate product of interest
Product listed here are used to collect, process, and analyze insects that are medically important.
All kinds of light traps, controllers, accessories and useful things for collections, and
Recent products, advances, methodologies and other useful resources useful for conducting entomological research
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