Panasonic Products
Our Top Product Line
Panasonic Screen Printing
SPG2
The single-lane printer SPG2 offers high-precision printing in combination with a high degree af automation for labor and effort-saving SMD-printing
SPV
The high-speed printer SPV features an average print cycle time of just 10s for precise SMD-printing, PCB-transfer, recognition and stencil-cleaning.Â
SPV-DC
With twolanes, the SPV-DC features high precise SMD-printing, PCB-transfer, recognition and stencil-cleaning for high volumes without changeover time.
APC
Our Adaptive Process Control (APC) system realizes high-quality placement through excellent feed-forward and feed-back communication technology.
Panasonic Pick and Place
NPM-WX / NPM-WXS
The NPM-WX, the latest generation of the NPM platform, is the perfect solution for the expanding and digital future in electronics assembly.
NPM-DX
High placement quality and high throughput are the characteristics of Panasonic’s NPM-DX, the next generation of smart pick and place equipment.
NPM-W2 / NPM-W2S
The NPM-W2 combines accurate component placement, precise SPI ande AOI inspection and reproductive adhesive dispensing in one high speed solution.
AM100
The AM100 offers highest reliability, capacity and flexibility combined with cost-efficiency and gradual scalability in one high-mix solution.
Panasonic Insertion (THT/PTH)
NPM-VF
Panasonic’s all-rounder pick and place machine that handles both SMT and THT components as standard or odd-form components in one placement order.
RL132
The RL 132 high-speed radial THT-insertion machine, with a cycle time of 0.14s/component, offers outstanding technology in an efficient footprint.
AV132
The small and efficient AV132 has a performance of 30,000 cph. Due to the stand-out features the AV132 is a high-speed axial THT-insertion machine.
RG131
This radial THT-insertion machines RG131 and RG131-S increase and improve productivity, provide expanded board sizes and increasing component input.
Panasonic Laser Marking
LPS-C
The LPS-C is a high precision marking system, including recognition of the PCB mark and automatic correction of the X-Y coordinates before marking.