JiuJu Automation focuses on the intelligent upgrading of the whole process of speakers, integrating the four core technologies of visual inspection, precision assembly, AI quality inspection and data traceability to provide customized solutions for TWS headphones, car audio, multimedia smart audio speakers, etc., and achieve production capacity increase of 300%+, yield rate of 99.8%, and reduce the comprehensive cost of 60%, completely solving the pain points of the industry, such as manual dependence, stable quality control and delivery cycle. dependence, unstable quality control, long delivery cycle and other industry pain points. Based on the product characteristics and production scenarios of speakers, it creates a full-process automation system from the entry of raw materials to the release of finished products from the warehouse, covering the three major categories of micro, small and medium-sized, and adapting to the needs of multi-specification and multi-batch production.
Automation of tweeter welding segment sub riveting
BrandJIUJU Automation
Production ProcessAutomatic loading and unloading of pads and brackets, automatic riveting and inspection
Design AdvantagesAdopt single station modular structure design, integral assembly automatically, space saving, debugging operation is simple, realize the material on the material and assembly automatically, IO communication control system, full station detection and identification sensors, can be connected to the MES system, convenient for subsequent upgrading and overhaul.
Production Capacity ≧1300PCS/H
Required Operators1 Operator
Key ComponentsEquipped with Panasonic PLCs and touchscreens, Japanese servo motors and linear guides, precision CNC-machined components, vibratory bowl feeders, and Inovance robots for reliable, high-precision automation.
In the field of high-end audio manufacturing, the precision of tweeter terminal assembly directly determines the product's sound quality performance, while the traditional manual assembly mode has long faced pain points such as low efficiency, poor precision and lack of consistency. In response to this core demand, the tweeter terminal automatic assembly machine developed by us came into being, specially designed for the precise assembly scenario of plastic parts and positive and negative electrode lugs, reconfiguring the production process with automation technology to provide core support for the mass production of high-grade tweeters.
The core function of the equipment focuses on the full automation of the insertion process of positive and negative electrode soldering lugs for plastic parts, integrating the multi-station cooperative operation system to realize the unmanned operation of the whole process from material loading, accurate positioning, polarity identification to insertion molding. The equipment is equipped with high-precision vibration plate feeding mechanism, which can automatically sort and orient the positive and negative electrode pads, and cooperate with CCD visual recognition system to capture the positioning reference in real time to ensure that the alignment accuracy of the pads and the assembly holes of the plastic parts can be controlled within ±0.02mm, thus completely solving the problems of off-set and tilting that are easy to occur in manual insertion. For different models of tweeter terminals, the equipment supports rapid parameterized switching, through the touch screen operation can be completed feeding speed, insertion strength and other key parameters adjusted to meet the production needs of a variety of specifications.
The leap in productivity is one of the core advantages of the equipment. Traditional manual assembly per person per hour can only complete 300-500 sets of assembly, and need to be equipped with specialized personnel to carry out polarity verification and defect screening. This equipment through the design of multi-station parallel operation, the hourly production capacity of up to 2000 sets of more than 3-4 times the increase in production efficiency, a single production line can reduce 80% staffing, significantly reducing labor costs and management costs. At the same time, the equipment integrated online inspection module, after the completion of the insertion and assembly of real-time detection of the height of the solder pads, polarity and integrity of the plastic parts, substandard products are automatically rejected and the type of defects are recorded, effectively increasing the product qualification rate from 95% of manual assembly to 99.8% or more.
With the double guarantee of quality stability and batch production capacity, the equipment is perfectly adapted to the needs of high-grade product manufacturing. The equipment adopts imported servo drive system and precision ball screw transmission structure to ensure long-term mechanical stability, and the failure rate of the equipment in 24 hours of continuous operation is less than 0.5%. The machine body adopts fully enclosed dustproof design and is equipped with negative-pressure dust-removal system, which can effectively avoid the influence of dust on the contact performance of the terminals in the process of assembling, and can satisfy the reliability of high-grade application scenarios such as automobile audio, professional stage audio and so on. Requirements. In addition, the equipment is equipped with a production data traceability system, which can record in real time the assembly time, operator, inspection data and other information of each batch of products, realizing the traceability of product quality throughout the life cycle.
From the practical application value point of view, this equipment not only solves the efficiency and quality bottleneck of high-grade tweeter terminal assembly, but also helps enterprises realize flexible production layout through automation upgrade. Whether it is the capacity upgrading needs of small and medium-sized enterprises, or large-scale production planning for manufacturers, this equipment can provide customized solutions, and become the core equipment to promote the intelligent transformation of the audio manufacturing industry.
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