BMS

Battery management system

Numerical control wire cutting machine

TN220 dual-light thermometry card machine on-line high-temperature thermal image instrument

TN220 dual-optical thermometry card machine is developed based on 256 × 192 wafer-level infrared module, providing users with high-quality image effects. TN220 is compact in appearance, compact in size, supports POE power supply, supports magnetic attraction and other installation methods, and has simple and convenient wiring. It provides a visual temperature monitoring solution for power, new energy, industrial manufacturing and other fields in a narrow space. 256 × 192 infrared resolution, providing customers with high-quality imaging effect; supporting 20 kinds of pseudo-color effect switching, suitable for various scene requirements; supporting 1 ~ 25 Hz adjustable frame frequency, image and temperature synchronous real-time refresh, to meet the needs of more application scenarios (especially scenarios with rapid temperature changes). Intelligent algorithms are available for 90 ° and 56 ° field of view. Professional software supports identification algorithms such as smoke and fire monitoring and area intrusion, providing dual security. It supports heat map capture and historical data recording, making data analysis more efficient and convenient; Provide professional networking monitoring and analysis software, support MQTT, Modbus RTU, Onvif, GB28181 and other protocols to facilitate system solution integration; provide SDK and development support to help users realize secondary development and form their own solutions. High IP67 rating for temperature monitoring in harsh environments; -20 ℃ ~ + 60 ℃ operating temperature for improved temperature adaptability in narrow spaces; PC and aluminum alloy housing for durability. Magnetic attraction/wall mounting/vertical mounting/tripod mounting and other installation methods are convenient for installation; single aerial plug design supports POE power supply mode, providing users with low-cost thermometry scheme; RS485 interface and IO alarm interface are reserved to realize alarm linkage.

Bending Follower

▪Suitable for large size sheet metal bending,reduce artificial ▪Improve machine tool processing efficiency,ensure the accuracy of bending Angle ▪Accurately read the displacement data of Y axis and keep 100% synchronization with Y axis ▪Independent control system, No need to upgrade the original system of the bending machine ▪Suitable for matching with various types of bending machines ▪Adjust the up and down movement according to the height of the die, and the size of the V port. ▪Equipped with a brush table to prevent any sheet from being scratched,slipped or dropped ▪Flexible and easy to use, easy to load and unload, Realize a multi-platform sharing mode with moving.

Bending Angle Measurement System

搂 LaserCheck does not only include angle sensors. It is a complete system to be connected to press brakes. It includes diff erent interfaces for press brake controllers, strain gauge sensors to detect spring-back and moto-rized systems for sensor movements.

Bending Line

B-Sniper 01 traces a high visibility laser beam on the piece to be bent to simulate the fold line. The operator only has to match the references drawn on the piece to the line projected by B -Sniper 01.

Terminals

It can be used in automation equipment, electronic circuit boards, etc.

Processing of precision parts with drawings and samples

Precision Hardware Parts Bulk Manufacturer The products include nozzle accessories, transmission worms, medical instruments, 5G communications, connectors, sensors, optical fiber photovoltaics, lens apertures and other high-precision accessories.

Processing of precision parts with drawings and samples

Precision Hardware Parts Bulk Manufacturer The products include nozzle accessories, transmission worms, medical instruments, 5G communications, connectors, sensors, optical fiber photovoltaics, lens apertures and other high-precision accessories.

Precision plate leveler

High precision leveling machine is a kind of mechanical equipment which plays an important role in the field of metal processing. I. Working principle The high-precision flattening machine is mainly used to repeatedly bend the metal plate through the flattening rollers which are staggered up and down. When the plate passes through the leveling roller, the internal stress of the plate is released under the pressure of the roller, so that the flatness of the plate is greatly improved. Levelers of different specifications can be adjusted according to the thickness, width and material of the plate to achieve the best leveling effect. II. Main Features 1. High precision: The flatness error of the plate can be controlled within a very small range to meet the processing standards of high requirements. For example, for the manufacture of some precision electronic equipment, automotive parts and so on, high-precision leveling machine can ensure that the flatness of the plate reaches the micron level. 2. High efficiency: It has high production efficiency and can quickly process a large number of plates. Some advanced high-precision levelers are also equipped with automatic control systems, which can achieve continuous production and greatly improve production efficiency. 3. Strong adaptability: It can be applied to plates of different materials, such as steel plates, aluminum plates, copper plates, etc., as well as plates of different thicknesses and widths. At the same time, it can also be customized according to the special needs of customers to meet a variety of complex processing requirements. 4. Easy to operate: It is usually equipped with a user-friendly operation interface, so that the operator can easily grasp the use of the equipment. Moreover, the maintenance of equipment is relatively simple, which reduces the operating costs of enterprises. III. Field of application 1. Automobile manufacturing: In the production of automobile body, chassis and other parts, high-precision leveling machine can ensure the flatness of the plate and improve the assembly accuracy and quality of the automobile. 2. Electronic equipment manufacturing: For the manufacturing of precision electronic components such as printed circuit boards and mobile phone shells, high-precision flattening machines can provide high-quality plates to ensure the performance and reliability of products. 3. Household appliances manufacturing: In the production of refrigerators, washing machines, air conditioners and other household appliances, high-precision leveling machine can make the plate more flat, improve the appearance quality and service life of products. 4. Machinery manufacturing: The manufacturing of the shell, frame and other parts of various machinery and equipment is also inseparable from the high-precision leveling machine, which can provide high-quality raw materials for machinery manufacturing. IV. Development Trend With the continuous progress of science and technology, high-precision leveling machine is also developing and innovating. In the future, the high-precision leveling machine will be more intelligent and automated, which can realize remote monitoring and fault diagnosis, and improve the stability and reliability of the equipment. At the same time, with the continuous improvement of environmental protection requirements, high-precision leveling machine will pay more attention to energy saving and consumption reduction, adopt more advanced energy-saving technology, and reduce the operation cost of equipment. In addition, the high-precision leveling machine will continue to expand its application fields and provide support for the development of more industries.

Three-in-one feeder

The three-in-one feeder is a kind of automatic equipment which integrates the functions of feeding, straightening and material rack, and is widely used in metal stamping and other fields. I. Structure and composition 1. Rack part: It is used to store metal coils, usually made of heavy steel, with sufficient strength and stability. The rack can be adjusted according to the width and weight of the coil to adapt to different specifications of materials. 2. Feeding part: It is mainly composed of feeding roller, driving motor and transmission device. The feeding roller is driven by the motor to feed the coiled material forward by contacting with the coiled material. The feeding speed can be adjusted according to the production requirements to ensure that it matches the working rhythm of the stamping equipment. 3.Correction part: It is composed of correction roller and adjustment device. The straightening roller is used for bending and straightening the coiled material for a plurality of times to eliminate the bending and distortion of the coiled material in the transportation and storage process and ensure the flatness of the coiled material. The adjusting device can be adjusted according to the thickness and material of the coiled material to achieve the best correction effect. II. Working principle 1. Feeding: place the metal coil on the material rack, and align the coil with the feeding mechanism by adjusting the width and height of the material rack. 2. Feeding: The drive motor drives the feeding roller to rotate, and the feeding roller contacts with the coiled material and generates friction force to convey the coiled material forward. The feeding speed can be adjusted by the frequency converter to meet the requirements of different production processes. 3. Correction: When the coiled material passes through the correction part, the correction roller bends and corrects the coiled material for many times. The arrangement and adjustment parameters of the straightening rollers are set according to the material and thickness of the coil to ensure the straightening effect. 4. Discharging: After straightening and feeding, the coiled material is conveyed to the stamping equipment or other processing equipment in a flat state for further processing. III. Main Features 1. High degree of automation: The three-in-one feeder realizes the integrated design of feeding, correction and material rack, reduces the manual operation links, and improves the production efficiency and automation. 2. High precision: through the accurate feeding and correction mechanism, the feeding precision and correction effect of the coiled material can be guaranteed, and the product quality can be improved. 3. space-saving: that three function are integrated on one piece of equipment, so that the occupy area is small, and the space of a production site is saved. 4. Easy to operate: It is equipped with advanced control system and man-machine interface, which is easy to operate and master. 5. Strong adaptability: It can be applied to coiled materials of different materials, thicknesses and widths, and meet the requirements of various stamping processes. IV. Field of application 1. Automobile manufacturing: used for stamping processing of automobile body, chassis and other parts to ensure the flatness and feeding accuracy of the plate. 2. Electronics and electrical appliances: In the manufacture of electronic product shells and electrical parts, the three-in-one feeder can provide high-quality plates and improve production efficiency and product quality. 3. Hardware manufacturing: suitable for stamping processing of various hardware products, such as door locks, handles, hinges, etc. 4. Other fields: It is also widely used in aerospace, machinery manufacturing, building materials and other industries. With the characteristics of high efficiency, precision and high degree of automation, the three-in-one feeder has become an indispensable and important equipment in the modern metal stamping industry.

Ophthalmic consumables

-Insert mold with a 0.1mm metal strip