Place of Origin:
Japan
Brand Name:
FUJI
Model Number:
UH02633
Document:
Brand Name | FUJI |
---|---|
Product Name | NXT H02F Head |
Model Number | UH02633 |
Condition | Original New/Used Original |
The FUJI H02F HEAD is a high-performance placement solution designed for FUJI's NXT series of SMT (Surface Mount Technology) placement machines. This dual-nozzle head is engineered for high-speed and high-accuracy placement, making it a crucial asset in modern electronic assembly lines.
The FUJI H02F HEAD is designed for versatility, supporting a wide range of components from 1608 (0603") up to 74mm x 74mm. With its two nozzles, it enhances throughput while maintaining precision. The H02F HEAD is suitable for a variety of applications, including standard SMT components and larger or odd-shaped parts.
The FUJI H02F HEAD delivers high placement accuracy, ensuring the proper functioning of electronic circuits. The accuracy is achieved through Fuji's refined servo control and vision recognition technology.
Achieving a throughput of 6,700 chips per hour (CPH), the FUJI H02F HEAD maximizes production efficiency. Its high-speed operation ensures that assembly lines can meet the demands of high-volume manufacturing.
The FUJI H02F HEAD is designed to handle a variety of components, from small chips to larger components. Its dual-nozzle design allows for efficient handling and placement of a diverse range of parts.
To further enhance the capabilities of the FUJI H02F HEAD, various accessories and options are available:
The FUJI H02F HEAD is ideally suited for:
A: The primary advantage of the FUJI H02F HEAD is its combination of high speed and high accuracy, making it ideal for enhanced SMT production.
A: The FUJI H02F HEAD offers 25um accuracy.
A: The FUJI H02F HEAD is designed for use with FUJI NXT series placement machines.
A: The FUJI H02F HEAD can handle components ranging from 1608 to 74mm x 74mm.
A: The dual-nozzle design allows for the simultaneous handling of two components, increasing throughput and overall production efficiency.
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