The RS-2 is a next-generation SMD pick and place machine. It is engineered for high-speed, precise component placement in electronics manufacturing. This advanced automated placement system processes from small 03015 chips to large components up to 50 mm x 150 mm. Moreover, the RS-2 supports up to 112 feeders and reaches 50,000 CPH. It delivers excellent flexibility, efficiency and speed for your SMT line.
Thanks to its versatile capabilities and minimal changeover times, this pick and place machine for SMD is ideal for both high-mix and high-volume production environments. At the heart of the system is the revolutionary TAKUMI head, which adjusts automatically to various component heights, ensuring fast, accurate placements without compromising speed or performance. In addition, multiple RS-2 machines can be combined into flexible SMT pick and place solutions, offering a scalable setup for advanced production requirements.
The RS-2 is a next-generation SMD pick and place machine. It is engineered for high-speed, precise component placement in electronics manufacturing. This advanced automated placement system processes from small 03015 chips to large components up to 50 mm x 150 mm. Moreover, Moreover, the RS-2 supports up to 112 feeders and reaches 50,000 CPH.
It delivers excellent flexibility, efficiency and speed for your SMT line.
Thanks to its versatile capabilities and minimal changeover times, this pick and place machine for SMD is ideal for both
high-mix and high-volume production environments. At the heart of the system is the revolutionary TAKUMI head, which adjusts automatically to various component heights, ensuring fast, accurate placements without compromising speed or performance. In addition, multiple RS-2 machines can be combined into flexible SMT pick and place solutions, offering a scalable setup for advanced production requirements.
Key Features of the RS-2 SMD Pick and Place Machine:
Key Features of the RS-2 SMD Pick and Place Machine:
Why the TAKUMI Head Is Revolutionary:
Why the TAKUMI Head
Is Revolutionary:
Is Revolutionary:
Main Functions of the RS-2 SMD Pick and Place Machine:
Main Functions of the RS-2 SMD Pick and Place Machine:
Verification Camera System
The RS-2 ensures precise optical alignment of components using a VCS camera system that detects shapes, leads, and solder balls – even on complex components like QFPs and BGAs. This enables in-line inspection for defects such as bent leads or missing solder balls.
The 360° recognition capability compensates for unstable or misaligned components by automatically adjusting the placement angle. A multi-colour lighting system (red, green, blue) dynamically adapts to the material and geometry of each component, improving contour recognition and ensuring stable,
high-precision placement.
Verification Camera System
The RS-2 ensures precise optical alignment of components using a VCS camera system that detects shapes, leads, and solder balls – even on complex components like QFPs and BGAs. This enables in-line inspection for defects such as bent leads or missing solder balls.
The 360° recognition capability compensates for unstable or misaligned components by automatically adjusting the placement angle. A multi-colour lighting system (red, green, blue) dynamically adapts to the material and geometry of each component, improving contour recognition and ensuring stable, high-precision placement.
Laser Geometry Recognition
JUKI’s laser-based component recognition system identifies the shape, centre position, and rotation angle of components in real time as they move towards the placement position. This precise geometric analysis enables stable placement across a wide component range – from 03015 chips to QFPs up to 50 mm.
Operating independently of shape, colour or surface reflectivity the system ensures high recognition reliability for all component types. Misplaced parts, including defects such as tombstoning – are automatically detected for rework or rejection. This enhances overall process security and enables fast integration of new components through automatic data generation.
Laser Geometry Recognition
JUKI’s laser-based component recognition system identifies the shape, centre position, and rotation angle of components in real time as they move towards the placement position. This precise geometric analysis enables stable placement across a wide component range – from 03015 chips to QFPs up to 50 mm.
Operating independently of shape, colour or surface reflectivity the system ensures high recognition reliability for all component types. Misplaced parts, including defects such as tombstoning – are automatically detected for rework or rejection. This enhances overall process security and enables fast integration of new components through automatic data generation.
Auto Cueing
Smart automation supports operators during setup and production start. The auto-feeding function loads and positions new component tapes at the first pick location during reel changes. This minimises setup time and enables fast SMT manufacturing.
Auto Cueing
Smart automation supports operators during setup and production start. The auto-feeding function loads and positions new component tapes at the first pick location during reel changes. This minimises setup time and enables fast SMT manufacturing.
Сoplanarity model
An integrated coplanarity module detects planarity defects such as lifted leads on ICs or deformed solder balls on BGAs. Faulty components are identified before placement and excluded from the process, enhancing overall production reliability.
Flexible Vision Teaching & Automatic Component Measurement
New components can be registered quickly and accurately. Using laser measurement and camera-based detection, the system automatically identifies pin count, geometry, and outline. The user-guided software generates all required recognition parameters, while laser sensors measure height and width. This significantly reduces programming time and ensures seamless integration of new parts – ideal for high-mix production environments.
Flexible Vision Teaching & Automatic Component Measurement
New components can be registered quickly and accurately. Using laser measurement and camera-based detection, the system automatically identifies pin count, geometry, and outline. The user-guided software generates all required recognition parameters, while laser sensors measure height and width. This significantly reduces programming time and ensures seamless integration of new parts – ideal for high-mix production environments.
IC Collection Belt
Defective or unplaced components are safely collected without damage and stored for the analysis, reducing manual intervention.
RS-2 SMD Pick and Place – All Benefits at a Glance
RS-2 SMD Pick and Place – All Benefits at a Glance
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