The AGV forklift includes the pallet forklift AGV , the wide leg forklift AGV, and the footless stacker AGV. The logistics turnover for stack pallet goods consists of hydraulic lifting system, differential drive system, PLC control system, guiding system, communication system, warning system, operating system and power supply. It is a hydraulic lifting and PLC control. Programming wirelessly scheduled automatic guided car; this product uses electromagnetic induction as a navigation method to assist RFID identification to run on complex paths and multi-site reliable tracking; the main drive uses self-developed differential servo motor drive, equipped with high-precision angle steering rudder The machine enables the vehicle to respond quickly and accurately. The independent hydraulic lifting system assists the high-precision displacement sensor so that the forklift can stop at any position within the stroke, greatly improving the positional accuracy of loading flexibility and lifting.

With the advent of China's Industry 4.0 and the advancement of the intelligent era, industrial robots and service robots have gradually changed people's work and life. In the industrial robot part, will the development of the AGV forklift be more intelligent with some technological breakthroughs? Such as higher stacking, higher positioning accuracy, etc...

So, today's protagonist: Does AGV forklift navigation technology also have room for improvement?

When there is an industry analysis AGV forklift demand enterprise to do project diagnosis consultation, it is found that many customers want to do as much as possible, and they are stable in navigation mode and do not need auxiliary devices.

For example, laser navigation does not require a reflector, magnetic flux, or magnetic strips. Their idea is good, because the customer does not want to damage the ground or the surrounding environment, or do not want to increase the construction of the wall, in the later changes in the AGV forklift workplace, less work, can easily achieve very flexible. Of course, sometimes pursuing these “more flexible” navigations is not only the vision of the customer, but also because the factory environment needs to be able to make large-scale renovations.

When it comes to navigation, getting rid of auxiliary devices, laser navigation to reflect plates, magnetic navigation to magnetic strips or magnetic nails, buried frequency frequency navigation requires ground slotted buried pulse lines, and now the market does appear a lot of unnecessary auxiliary devices, Or only a small number of auxiliary devices are needed. For example, Blue Core Technology's unmarked visual navigation tray type AGV forklift, visual navigation without reflectors is more flexible and flexible to use at the customer site. Blue Core Technology's unmarked visual AGV forklift is divided into two types of stacking, handling, stacking up to 2.8m, load capacity up to 2 tons, accuracy of ± 10mm. The in-plant intelligent logistics handling system consisting of AGV forklifts can interface with the customer's production system to open the entire plant data link. Whether the product is stable or not, the test standard is the practical application case. Bluecore Technology has provided flexible AGV forklift intelligent logistics system design and construction for a large number of customers in 3C electronics, garment textile, home appliance and machinery manufacturing. And there are several large-scale cluster cases.