Panasonic pick-and-place machines

Part of the G-Series, the NPM-GW delivers automated, labor-saving solutions to tackle today’s toughest manufacturing demands. Designed for larger capacity projects, it boosts productivity, enhances PCB adaptability, and enables remote operation. With ...

... step to a truly autonomous factory. The first pick-and- place machine in the new “G-Series,” The NPM-GH maximizes output using three newly designed heads. In addition, shorter spindle strokes reduce pick ...

The NPM-W2 amplifies the original NPM-W capabilities with a 10% throughput boost and 25% more accuracy. It also integrates new innovations like our incomparable Multi Recognition Camera. Combined, these features extend the component range down to the ...

... The NPM-WX & NPM-WXS single-beam variant is designed around a stiff frame, constructed of durable materials and built to last. With onboard dual-drive linear motors complimented by light and rigid beam architecture, the NPM-WX & NPM-WXS introduces new ...

... one product or two different products at the same time. Featuring an advanced lightweight 3-nozzle head V2 (100N), pin-in- place lighting option and stackable stick feeders, the NPM-TT2 leads the way in terms of odd-placement capabilities. • ...

The NPM-DX is Panasonic's next generation of X-Series mounting production concept for Smart manufacturing. The NPM-DX DX boasts a stable operation based on the autonomic function, Autonomous Line Control, allowing for APC system and automatic recovery ...

... The compact dual-beam NPM-D3A offers a reinforced frame, advanced head, and award-winning Multi Recognition Camera improve placement accuracy down to 30um, and capable achieving a maximum CPH of 92,000. The NPM-D3 is an industry standard building block ...

... reliability customers expect from Panasonic in a cost-effective, incrementally scalable, high-mix SMT solution. Only one machine is required to get production started and it's easy to add more units and/or technologies as demands change. You'll ...

... labor costs, improve quality, and minimize resource challenges. • Body Chuck for gripping large odd-form devices without a pick surface (e.g. power transformers) • Lead Chuck for gripping radial lead through-hole devices (e.g. electrolytic ...