PANASONIC Pick and Place Machine NPM-D3A Chip Mounter

NPM-D3A PANASONIC Pick and Place Machine

The PANASONIC Pick and Place Machine NPM-D3A is a compact dual-beam chip mounter. It features a reinforced frame and an advanced head, making it highly durable and efficient. The award-winning Multi Recognition Camera ensures accurate placement down to 30 micrometers. This machine can achieve a maximum placing speed of 92,000 components per hour (CPH), making it ideal for high-speed, high-volume production.

The PANASONIC Pick and Place Machine NPM-D3A is perfect for various applications, including automotive, industrial, and medical fields. It is widely used by automotive electronics providers due to its reliability and efficiency. Whether you need to handle large-scale production or complex components, this machine offers a robust solution.

Key Features of the PANASONIC NPM-D3A

• High-Speed Performance: The PANASONIC Pick and Place Machine NPM-D3A achieves a maximum speed of 92,000 CPH using the lightweight 16-nozzle head V3. It ensures placement accuracy of ±37 μm.
• Improved Tact Time: The lightweight 16-nozzle head V3 can move the X- and Y-axes simultaneously during component recognition. This improves placement tact time by choosing optimal pathways.
• Flexible Board Handling: This machine supports both single- and multiple dual-lane operation modes. It offers a flexible board handling system to adapt to various production needs.
• Space Optimization: With a compact footprint and dual-side operation, the PANASONIC Pick and Place Machine maximizes factory floor space utilization and scalability.
• Swing Nozzle Feature: The swing nozzle efficiently inserts through-hole devices, even if their packaging orientation differs from the insertion orientation.
• Advanced Camera Integration: It integrates the industry’s only field-scalable Multi Recognition Camera. This camera combines alignment, thickness, and 3D coplanarity checks into one time-saving step.
• Continuous Motion Scanning: The machine uses continuous (sinusoidal) motion over the upward-looking camera for efficient scanning and improved process accuracy.