

NPM-TT2 | High-speed odd-form components placement machine
The NPM-TT2 complements the NPM platform with frontand rear tray towers plus feeder slots for tape reels. ltstwin tray configuration enables independent mode. dual-lane production, Additionally, its dual-lane board handlingallows increased production of one or more productssimultaneously: yet,easily converts to single-lane modefor larger board sizes.

NPM-TT2 | High-speed odd-form components placement machine
- Description
Description
Mounting head system
8 Nozzle mounting head: It has high versatility and can quickly complete the mounting tasks of a large number of standard components. The mounting speed varies under different PCB sizes, such as 18,000cph (0.20s/chip) under PC size and 17,460cph (0.21s/chip) under M size. In terms of mounting accuracy, it reaches ±40μm/chip (Cpk1), which can meet the high-precision mounting requirements of general standard components.
3 Nozzle mounting head V2: The maximum mounting pressure is 100N, which is designed for mounting special-shaped components, with strong adaptability and high precision. For example, when mounting QFP components, it can achieve an accuracy of ±30μm/QFP (Cpk1), and can handle components ranging from 0603 chip to L 150 x W 25 (diagonal152) x T 30.
Visual recognition system: It uses a multifunctional recognition camera, which has excellent recognition and inspection capabilities in the height direction of components, and realizes high-speed and high-precision recognition. Whether it is a special-shaped component or a tiny component, it can stably and efficiently complete the recognition work, ensure the accuracy of the component mounting position, and improve the overall mounting accuracy and efficiency.
Feeding system
Multiple feeding methods: Support multiple feeding methods such as tape, tray, and bar. When feeding with tape, the applicable tape width is 4 – 56/72/88/104mm; for tray feeding, the front and rear tray feeders support a maximum of 40 (20 each in the front/rear); when feeding with bars, the front and rear tray feeders support a maximum of 12 single bar feeders, and the front and rear feeder carts support a maximum of 28 single bar feeders.
Flexible supply unit configuration: The specifications of the supply unit can be selected and changed. By reorganizing the tray feeder or exchanging the trolley, it can easily meet the production needs of different component supply forms, shorten the line change time, and improve the adaptability of the production line. For example, the “Feeder cart batch exchange” system facilitates fast switching when producing different products and component types.
PCB processing system
Dual-track and single-track mode: In single-track mode, the PCB size is 50×50L ~ 510×590L (PC size) or 50×50L ~ 510×510L (M size); in dual-track mode, the PCB size is 50×50L ~ 510×300L (PC size) or 50×50L ~ 510×260L (M size).
Fast substrate change: In dual-track mode, the substrate change time can theoretically reach 0 seconds (no 0-second delay when the cycle time is 4.0 seconds or less); in single-track mode, the substrate change time is 4.0 seconds when there is no component on the back of the substrate.
Other auxiliary systems
Automatic warehouse and continuous production: Supports automatic warehouse, combined with non-stop line change and independent placement functions, to achieve continuous production and improve production efficiency. For example, offline settings in monorail mode are combined with setting navigation and trolley replacement to achieve non-stop line change.
Intelligent management and maintenance (partially optional): The automatic replacement function of the support pin can realize the automatic replacement of the support pin position, reducing the tediousness and errors of manual operation; the equipment also supports the switching of multiple component supply forms and the adjustment of equipment composition, providing users with convenient and efficient production solutions. In addition, it also provides functions such as maintenance notification services, such as uploading machine information to the cloud, identifying feeders and nozzles that need to be checked, and sending maintenance inspection suggestion lists to customers.
specification
Model | Panasonic NPM-TT2 | ||
PCB dimensions | PC size | Single-lane mode | L50mmxW50mm-L510mmxW590mm |
Dual-lane mode | L50mmxW50mm-L510mmxW300mm | ||
M sizze | Single-lane mode | L50mmxW50mm-L510mmxW510mm | |
Dual-lane mode | L50mmxW50mm-L510mmxW260mm | ||
PCB exchange time | Single-lane mode | 4.0s(With no component mounted on the reverse side of PCB) | |
Dual-lane mode | 0S*”No Os when cycle time is 4.0 s or less | ||
Electric source | 3-phase AC 200,220,380.400.420.480 V 2.5 KVA | ||
Pneumatic source | Min.0.5 MPa、200 L/min (A.N.R.) | ||
Dimensions | W1300mm xD2798mm xH1444mm | ||
Mass | 2 690 kg(Only for main body:This differs depending on the option configuration.) | ||
Placement head | Lightweight 8-nozzle head(Per head) | 3-nozzie head v2*6(Per head) | |
Pacement | PC size | 18 000 cph (0.20 s/chip) | 7 200 cph(0.50 s/chip) |
Speed | 5 900 cph(0.61 s/QFP) | ||
Pacement | M sizze | 17 460 cph (0.21s/chip) | 6 984 cph(0.52 s/chip) |
Speed | 5 723 cph(0.63 s/QFP) | ||
Placament accuracy (Cpk≥1) | ±40um/chip | ±40um/chip | |
±30μm/QFP □12mm ~□32mm | ±30μm/QFP | ||
±50μm/QFP □12mmUnder | |||
Component dimensions (mm) | 0402chip*6 to L32 xW32 xT12 | 0603chip-L150xW25(diagonal152)xT30 | |
Compcnent supply | Taping | Tape:4 to 56/72mm | Tape:4 to 56/72/88/104mm |
Specifications for front/rear tray feeders :Max.52 | |||
Specifications for front/rear feeder carts :Max.120(Tape:4、8 mm) | |||
Stick | Specifications for front/rear tray feeders:Max.12 (Single stick feeder) | ||
Specifications for front/rear feeder carts:Max.28 (Single stick feeder) | |||
Tray | Max.40 (Front supply unit : Max. 20 + Rear supply unit : Max. 20) |
