Modular full-automatic test equipment

Abstract

The invention discloses modular full-automatic test equipment. The equipment comprises an automatic feeding device, a code scanning, testing and dotting device and a discharging device, the automatic feeding device is arranged at the front end, the code scanning test dotting device is arranged in the middle, the discharging device is arranged at the rear end, and the automatic feeding device is provided with an assembly line feeding double-layer lifting platform. The discharging device is provided with a lifting type tray conveying and taking assembly line, the assembly line feeding double-layer lifting platform, the code scanning, testing and dotting device and the lifting type tray conveying and taking assembly line are sequentially connected in an assembly line technology mode, and the purpose of automation of product feeding, code scanning, testing, dotting, tray conveying, discharging and tray taking is achieved. The equipment has the beneficial effects that (1) the equipment has a buffering function, and continuous feeding can be achieved; (2) the equipment can be connected with rear-section equipment, and the problem that a single machine cannot be connected is solved; (3) the equipment can identify a plurality of different models and is used for testing, and the trouble that a customer inconveniently tests on a computer in a small batch is solved; and (4) no extra size is occupied, and the material placing precision can be higher.

Description

technical field [0001] The invention relates to the field of automatic production equipment for FPC and PCB product testing, in particular to a modular fully automatic testing equipment. Background technique [0002] At present, there are fully automatic testing equipment for FPC and PCB products on the market. The feeding materials are all single-layer or double-layer assembly lines and can only be operated by a single unit and single function. It is inconvenient to string together and cannot meet the needs of customer production; There are many, different models need to be replaced with different feeding devices, which is troublesome to replace, resulting in low production efficiency, especially when the customer's FPC and PCB products are in small batches, it is even more inconvenient to test on the machine; at the same time, the blister tray is automatically unloaded The material structure is placed horizontally, that is, an empty plate and a full plate are required at t...

AI Technical Summary

Problems solved by technology

[0002] At present, the fully automatic testing equipment for FPC and PCB products on the market, the feeding materials are all single-layer or double-layer assembly lines and can only be operated by a single unit and single function, which is inconvenient for stringing and cannot meet the needs of customer production; There are many, different models need to be replaced with different feeding devices, which is troublesome to replace, resulting in low production efficiency, especially when the customer's FPC and PCB products are in small batches, it is even more inconvenient to test on the machine; at the same time, the blister tray is automatically unloaded The material structure is placed horizontally, that is, an empty plate and a full plate are required at the same height, which takes up a lot of space. With the increasing rent cost of the factory building, the market urgently needs a fully functional, versatile and compact Blister tray automatic unloading equipment, better use of space resources and cost savings

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