To eliminate pests in modern orchard and vegetable garden protected greenhouses, chemical pesticide spraying methods are commonly used, and extensive use of sticky tape and insect killer lamps are used to attract and kill harmful insects by using specific sticky paper colors and ultraviolet light. We use the latest scientific and technological achievements from around the world to make revolutionary improvements to improve the efficiency of these traditional products and provide more cost-effective, green and environmentally friendly pest solutions.
AI greenhouse Pest-control drone (coming soon )
New method being tested drones that uses AI obstacle avoidance technology and the latest insect warning odor plus electrostatic chemical technology to effectively and environmentally friendly control pests in greenhouses.
The micro-drone is equipped with electrostatic non-toxic dust and essential oils of danger odors to repel insects. The drone flies above the plants with airflow disturbance to drive away pest insects to escape. With strong paddles electrostatically adsorbs silicon powder, the surrounding attractants sticky paper ,all works together to kill a large number of greenhouse flying pests.
-Principle
Greenhouses are year-round cultivation site for high-value crops. To solve pest problems, pesticides often need to be sprayed, which is labor-intensive and time-consuming with poor results. As the harvest period , there are many restrictions on the use of pesticides. Most flying pests mainly cause most damage to young leaf buds on plants, including whiteflies, thrips, aphids, tomato leaf miners, fruit sap-sucking moths, etc. Their flying ability is relatively weak and they are easily disturbed and driven away by the flow air and aggressive smell . The oily and electrostatic surface easily absorbs electrostatic dust.
It uses the latest AI obstacle-avoiding micro-drones , combines the insect warning smell with plant essential oils as the main component, and uses electrostatic silicon powder adsorption technology. The micro-drone is positioned and passed through the plants, carrying electrostatic dust and precise injection of irritating essential oils. The air flow and irritating odor work together to disturb and drive pest insects away from the top plant leaves, forcing the pests that fly to the periphery to be smashed by powerful propeller blades and electrostatic silica powder adsorption, combined with the surrounding strong attractant sticky and insect killing lanterns, all can effectively eliminate target pests in large quantities .
Through system satellite positioning, automatic mode can be set to work day and night. Labor-saving, environmentally friendly, no toxic substances and no pesticides, environmentally friendly.
3D flying insect poison bait trap
An alternative method of spraying agricultural pesticides, targeting special pests and harmful target crops, imitating the odor components of prematurely mature fruits and vegetables, and killing a large number of target harmful insects by attracting feeders with precise proportions of poisonous baits.
- Principle
Most harmful insects, such as fruit flies, fruit-eating bees, and armyworms, have strong chemotaxis, especially during breeding and mating, and have a positive tendency towards protein ammonia gas. Taking advantage of this feature, we use moisturizing gel and add a small amount of effective control substance toxic bait, spray it on the surface of various sticky nets, use a slow-acting dual attractant, and take advantage of the preference of flying insects during the spawning period for the smell of ammonia protein in fermented food. It instinctively imitates the smell of mature leaves and fruits, and the bait smell and the slow release of insect pheromones work together to attract target insects of all ages to feed, killing both males and females, greatly improving the protection efficiency of fruits and vegetables.
The exterior of the protective cover has a special color and reflective shape, which strongly attracts many types of harmful flying insects. It is resistant to wind and rain and does not affect other normal cultivation operations. The hanging position is flexible and diverse, making it closer to the pest activity range and improving capture efficiency.
3D multifunctional sticky board for catching flying pests
An upgraded and improved board for ordinary insect-catching stickers, it uses a variety of methods to attract insects, including special reflective color three-dimensional patterns. The three-dimensional concave and convex highly elastic working surface captures the three-dimensional superposition of insect bodies to prevent tiny pests from escaping and moth wing scales from scattering and contaminating the adhesive surface.
The buried slow-acting insect hormone combined with the host odor information of pest preferences can eliminate the need to replace the lure and maintenance throughout the growing season. The laser micropores are combined with the gradient dispersion of the attractant, which is conducive to efficient directional positioning of insects during flight.
The three-dimensional soft rubber surface is resistant to rain, ultraviolet rays and dust, and can avoid adhesion to plant leaves.
- Principle
Ordinary insect-catching stickers are generally single yellow or blue, and attract a limited range of insect species. This product uses a variety of composite colors, three-dimensional patterns, high-contrast reflective stripes, especially various petals and competing insect patterns to attract many types of pests, help flying insects avoid collisions, and effectively and accurately orient and position. Suitable for actual use scenarios, as various pests have different preferences for color and reflectivity.
Ordinary stickers are formulated with insect pheromones, but their shortcomings are that they have a short validity period and do not affect females that are harmful. In particular, they have limited effect on males that can mate multiple times and insects with short mating periods. We use a variety of attraction methods, including insect hormones, which prefer host plant odor information, and use laser micropore temperature to activate the valve, which slowly dissipates as the temperature rises. This avoids waste and is conducive to capturing a large number of insects during the high-temperature active period, and requires no replacement and maintenance throughout the growing season.
Ordinary sticky paper needs to be replaced in time if the surface is full. For pests with small size and weight, the contact area is small and easy to escape. Especially moths with scales on their wings are very easy to contaminate the surrounding adhesive surface through struggle. This product adopts a three-dimensional concave and convex highly elastic capturing working surface, which adheres insect limbs at multiple angles and captures insect bodies in a three-dimensional two-story superposition. It is especially suitable for tiny pests, including moths, to avoid moth wing scales from scattering and contaminating the adhesive surface. Theoretically, the capture efficiency and volume can be increased by more than 10 times.
LED solar electrostatic powder insect killer lamp
A new generation of decorative LED precision adjustable spectrum solar insect killer lamps. Combined with a professional slow-acting attractant, it has a huge internal capacity and is killed by electrostatic ferromagnetic silicon powder dry medium. It does not require liquid or sticky plate high-voltage electrodes. It is maintenance-free during the production season, environmentally friendly, energy-saving and safe. It is an upgraded product of ordinary sticky paper and insect killer lamp.
- Principle
Ordinary yellow (blue) sticky insect paper is cost-effective and effective quickly. The disadvantage is that the color of the sticky paper visually attracts insects and there is a distance limit. The insect-catching capacity of sticky paper is limited. Once the flat surface of the sticky paper is covered by insect wings, it is no longer effective and needs to be replaced manually on site in time. Most moth pests are not sensitive to light color. Some triangular cardboards are equipped with male pheromones to kill single-sex groups of insects. Female groups with high destructive power can often mate multiple times without any hunting involved. In addition, during the spraying process of fertilizer solution in rainy and strong winds, the effect of the rubber surface and the hanging position are often affected.
Most of the common insect killer lamps now use fluorescent tubes to emit a single spectrum of ultraviolet light to attract insects. The main methods of capturing and killing are high-voltage electric shock and liquid drowning. The lamp life is short and consumes a lot of power, and the equipment is exposed to rainy and windy weather, which poses safety risks. A single spectrum attraction method has limited effect on non-photosensitive pests. High-voltage electrodes are prone to high-temperature oxidation, and insect residues adhere to the surface of the electrodes to isolate the high-voltage electrodes, requiring frequent manual replacement and cleaning.
This insect killer lamp utilizes the latest scientific research results and uses a precise and adjustable spectrum to attract insects and an electrostatic ferromagnetic silicon powder killing medium. It has the performance of colored sticky paper and ordinary insect killer lamps. It has a large insect killing capacity and is maintenance-free during the growing season.
This lamp uses solar-powered LED, which has a super long life and will not be needed a replacement for almost a lifetime.