Material Conveying Made Simple Belt Conveyor Production Line Solution With Customized Belt Thickness And Aluminum Profiles

Product features

Professional anti-static belt: It adopts an anti-static belt with a thickness of 1.2mm, which complies with the ESD S20.20 international standard. It can quickly release static electricity, and the static electricity dissipation time is only 0.01 seconds. ​

Sturdy aluminum profile structure: The main body is made of 40*40 industrial-grade aluminum profiles, which have undergone anodic oxidation treatment. The surface hardness is above HV120, with strong corrosion and oxidation resistance, and a load-bearing capacity of up to 200kg/m². ​

High-precision conveying system: The conveying speed is adjustable from 0.1 to 5 meters per minute, equipped with high-precision photoelectric sensors, and the positioning error is less than ±5mm.

Product advantages

Reduce defect rate: Effectively prevent static electricity from damaging precision electronic components. In the assembly of mobile phone chips, the defect rate caused by static electricity can be reduced from 3% to 0.5%, saving enterprises losses of over 5 million yuan annually. ​

Adapt to complex environments: The aluminum profile frame shows no obvious corrosion for three years in harsh conditions such as high humidity and high salt spray, ensuring the long-term stable operation of the production line. ​

Flexible and scalable: Modular design, with a minimum of 2 meters and a maximum of 100 meters for free assembly, quickly responding to the different production scale demands of enterprises.

Application field

Consumer electronics industry: It is applicable to the assembly, inspection and packaging processes of precision electronic components for products such as mobile phones, tablet computers and smartwatches, such as chip mounting and screen bonding. ​

Automotive parts industry: It can be used for the production and transportation of precision components such as automotive electronic control units (ECUs) and sensors, avoiding the impact of static electricity on electronic components.