JUKI SMT RX-8 is a high-performance small-sized high-speed fully automatic SMT machine with the following main features and advantages:
High-speed production capacity: The maximum production speed of the JUKI RX-8 SMT machine can reach 100,000CPH (1 million components per hour), which makes it excellent in high-efficiency production.
Easy to operate: Even inexperienced operators can make circuit data through simple operations, which greatly reduces the difficulty of operation.
High precision: Through the newly constructed camera recognition, the JUKI RX-8 can achieve high-precision component mounting, which is particularly suitable for continuous installation of the same part.
System collaboration: The RX-8 can collaborate with the production support system tracking monitor to shorten the quality improvement time.
Flexible substrate adaptability: Supports high-quality production on flexible substrates, suitable for a variety of production needs.
Maintenance and maintenance: Provide regular after-sales and maintenance services for equipment to ensure the long-term stable operation of the equipment. Applicable industries and user reviews
The specifications of the JUKI placement machine RX-8 are as follows:
Substrate size: 510mm×450mm
Component height: 3mm
Component placement speed: 100,000CPH (chip components)
Component placement accuracy: ±0.04mm (Cpk ≧1)
Number of components to be placed: 56 types at most
Power supply: three-phase AC200V, 220V~430V
Power: 2.1kVA
Air pressure: 0.5±0.05MPa
Air consumption: 20L/min ANR (during normal operation)
Dimensions: 998mm×1,895mm×1,530mm
Weight: about 1,810kg (fixed trolley specification)/about 1,760kg (exchange trolley specification)
The JUKI RX-8 SMT machine is suitable for the electronics manufacturing industry, especially in scenarios that require high efficiency and high-quality production. Users generally believe that it is easy to operate, easy to maintain, and has high production efficiency, making it suitable for use by electronics manufacturing companies of all sizes.