Qingdao Lisai Intelligent Equipment Co., Ltd. is dedicated to the research, design, manufacturing, debugging, software development, and technical services of automation equipment for the machinery, electronics, electrical appliances, and other high-tech industries. The company boasts a professional technical team with extensive experience in the development of automated assembly and testing equipment, as well as tooling fixtures. Their expertise spans various fields, including automation control, precision machinery, image processing, industrial robotics, and automated assembly equipment for electronic products. They have provided mature technical solutions and complete sets of equipment for numerous clients.

1. Non-standard equipment series: fully automatic feeding (vibration plate feeding, PP box tray feeding, plastic tray feeding, visual recognition feeding, quantitative feeding, coil feeding,slot feeding, hose feeding, etc.)

2. Industrial automation series: automatic assembly (industrial automation robot gripping, vacuum adsorption, positioning, alignment, misalignment insertion, fastening, riveting or spin riveting, cam assembly and transmission structures, automatic adjustment, glue dispensing or oil injection, labeling, servo pressing, servo tightening, plastic part welding, etc.)

3.Automated testing (missing or incorrect assembly, position, pressure or tension, angle, distance, damage, leakage, conduction withstand voltage, electrical performance, graphics, barcodes, etc.), CCD visual inspection equipment, airtightness testing equipment, dimensional testing equipment, performance testing equipment, appearance testing equipment

4. Automatic screw machines, multi-axis tightening equipment, servo pressing equipment, servo tightening equipment, O-ring assembly equipment, bearing pressing equipment, automatic glue dispensing equipment, ultrasonic welding equipment, rotational friction welding equipment

Qingdao Lisai Intelligent Equipment Co., Ltd. designs and manufactures automated assembly and testing systems that comprehensively consider factors such as overall layout, logistics, equipment, performance, and cycle time. They adopt standardized and modular designs, utilizing various assembly robots and manipulators to achieve automation in processes such as automatic part feeding, automatic assembly, online automatic testing, automatic marking, and automatic packaging. Through computer network communication, online monitoring, and data management functions, they achieve automation in management processes. Their automated production and monitoring systems combine practicality, reliability, economy, and advanced technology.