Temperature Microchip Scanner Advantages: 1.Better to identify animals without getting very close to livestock.  2. Scan rfid ear tags one by one, make sure individual identification easily and accurately.  3. Many operation languages:  English,  4.Scan both FDX-B, RFID ear tag. 5. Easy to carry. 6. Convenient to operate.

1.In accordance with the relevant provisions of the regulations on the administration of veterinary drugs and the measures for the administration of the number of approval documents for veterinary drugs, the Ministry of Agriculture and Rural Affairs of China has recently reviewed, luoyang Laipusheng Information Technology Co. , Ltd. (hereinafter referred to as“Laipusheng”) the porcine reproductive and respiratory syndrome virus ELISA antibody detection kit officially obtained the Ministry of Agriculture and rural veterinary drug product approval number.

1.High quality TPU material. 2.Non-toxic, environment-friendly, corrosion-resistant, anti-ultraviolet, oxidation-resistant with no peculiar smell. 3.Double ear tag for easy application. 4.Flexible & durable.  5.Difficult to fall off. 6.Different colors for choice. 7.Different female tag can be used together. 8.Laser printing available.

Laipson's projects, such as the retroactive management of Nanyang Yellow cattle, are of great significance to local breed protection, breeding and strain improvement of yellow cattle

Inductive data collection is used, that is, the current information can be read out by simply shaking the collector on the ear tag attachment at the inspection point.The operation is simple and convenient. The rfid ear tag does not need wiring, it is easy to install, and the setting of coding and the increase and decrease of inspection points are also simple and convenient.

Feed intake monitoring is a key index to evaluate whether the nutrient and energy intake of livestock meet the nutritional requirements, and also reflects the health status and productivity level of cattle and sheep. At present, the monitoring of feed intake of cattle and sheep is mainly based on artificial observation. The average feed intake of each cow and sheep is estimated by observing the feed consumption of the whole house over a period of time, but it is difficult to monitor the intake of cattle and sheep by artificial observation, which makes it difficult to control nutrition and eliminate the sheep and cattle with low feed conversion rate.