The Universal Instruments FuzionOF chip mounter is a high-performance automated chip mounter that is particularly suitable for handling large-area, heavy-weight substrates and complex, odd-shaped component assembly. Its main features and advantages include:
Production speed: The FuzionOF chip mounter has a production speed of up to 16,500 cph, which can significantly shorten production cycles and reduce production bottlenecks.
Placement force: With a placement force of up to 5 kg, it can handle a full range of surface mount components and non-traditional components. The component area can reach 150 square millimeters and the height can reach 40 mm.
Compatibility: Supports a variety of standard and odd-shaped feeders, including strips, tapes, tubes, discs, bowls, etc., ensuring a wide range of applicability.
Accuracy and reliability: Using advanced automatic adjustment computer programs and closed-loop processes to ensure high accuracy and repeatability, reducing defects, rework and scrap parts.
Application areas: Widely used in the assembly of high-end server motherboards and complex electronic products
Through these features and advantages, the FuzionOF placement machine can significantly improve production efficiency and quality to meet the assembly needs of high-end electronic products.
The main advantages of the Global FuzionOF placement machine include high production speed, strong placement capabilities and flexible component handling capabilities. The FuzionOF placement machine has the following specific advantages:
Powerful placement capabilities: It has a placement force of up to 5 kg and can handle a variety of standard and non-traditional components, including components with an area of up to 150 square millimeters.
Flexible component handling capabilities: The FuzionOF placement machine supports a variety of feeder types, such as strip, belt, tube, disc, etc., and can handle components of various shapes and sizes.
Advanced automated calibration system: Built-in advanced computer operating program, which can automatically calibrate components, and adopts closed-loop control to ensure high accuracy and repeatability, reduce defects, rework and scrap parts
