* Values such as maximum speed may vary depending on operating conditions.
* Please contact I.C.T for details.
The AM100 maintains the high standards for capability, flexibility, and 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 have the flexibility to prepare the next product while production is running on the AM100 for non-stop changeover and put to use a variety of highly flexible configurations and component supply types. Flexible setup is further enhanced in the AM100 by Feeder Anywhere and Nozzle Anywhere features. Large boards can be processed and advanced features including a component thickness camera, auto support pin exchange, PCB warpage detection, and tray verification are also available.
Panasonic PCB Pick and Place Machine
Single head (single beam) capable of placing an impressive component array including: 0402mm to 120x90x28mm
Capable of placing large connectors, odd-shaped components, and advanced packaging types such as PoP
Interchangeable feeders, multi-functional nozzles, and chucks with the CM and NPM series
Cost-effective and high quality production
| Model ID | AM100 |
|---|---|
| Model No. | NM-EJM4D |
| PCB Dimensions (mm) | L 50 × W 50 to L 510 × W 460 |
| Placement Speed | 35,800 cph (0.1006 s/chip), 12,200 cph (0.295 s/QFP 12 mm or less) |
| Placement Accuracy (Cpk1) | ±40 µm/chip ±50 µm/QFP 12 mm or less ±30 µm/QFP 12 mm over to 32 mm or less |
| Component Supply: Taping * | (Tape : 4 / 8 mm tape (small reel) ) Tape feeder specification : Max. 160 Tray feeder specification : Max. 120 [*1] |
| Component Supply: Stick * | Tape feeder specification : Max. 40 Tray feeder specification : Max. 30 [*1] |
| Component Supply: Tray * | Tray feeder specification: Max. 20 [*1] Manually setting tray specification: Max. 20 [*2] (Option for the fixed feeder base) |
| Component Dimensions (mm) | 0402 chip [*3] to L 120 × W 90 or L 150 × W 25 (T=28 [*4]) |
| PCB Exchange Time | 4.0 s (where there is no placement component on the rear side) |
| Electric Source | 3-phase AC 200 / 220 V ±10 V, AC 380 / 400 / 420 / 480 V ±20 V 2.0 kVA |
| Pneumatic Source | Min.0.5 MPa to Max.0.8 MPa, 200 L /min (A.N.R.) |
| Dimensions (mm) * | W 1,970 × D 2,019 [*5] × H 1,500 [*6] |
* Values such as maximum speed may vary depending on operating conditions.
* Please contact I.C.T for details.
FAQ:
Q: What is a pick-and-place machine in PCB?
In the realm of PCB (printed circuit board) assembly, a pick-and-place machine is an automated device designed for the precise task of picking up electronic components and accurately positioning them onto the PCB's surface. These machines are a vital component of the Surface Mount Technology (SMT) process, facilitating the accurate placement of components like resistors, capacitors, and integrated circuits onto the PCB.
Q: What brand of pick-and-place machine is SMT?
The term "SMT" (Surface Mount Technology) refers to the manufacturing process itself, and it is not associated with a specific brand of pick-and-place machine. Various well-established manufacturers produce pick-and-place machines for SMT assembly. Some notable brands in this field include Yamaha, JUKI, Siemens, Panasonic, Mycronic, and Assembleon (now part of Kulicke & Soffa). These manufacturers offer a range of pick-and-place machine models, each with unique capabilities and features.
Q: How precise are pick-and-place machines?
The precision of pick-and-place machines varies depending on the particular model and manufacturer. Modern pick-and-place machines are engineered to deliver high levels of precision, typically falling within the range of 20 to 50 micrometers (μm). This remarkable accuracy ensures that components are positioned with meticulous precision on PCBs, meeting the stringent quality standards demanded by the electronics manufacturing industry.
Q: What is the role of a pick-and-place machine?
The principal role of a pick-and-place machine in PCB assembly is to automate and optimize the process of accurately placing electronic components, commonly known as surface mount devices (SMDs), onto a printed circuit board (PCB). These machines play a pivotal role in achieving efficient, high-speed, and consistent assembly of electronic circuits. They are instrumental in ensuring that components are placed precisely according to the PCB design, thereby enhancing production efficiency and maintaining stringent quality control in the production of electronic devices.
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