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Panasonic NPM-W2 Chip Mounter High-Speed, High-Precision SMT Placement for Flexible PCB Assembly

Panasonic NPM-W2 Chip Mounter High-Speed, High-Precision SMT Placement for Flexible PCB Assembly Specification

Product Type
Chip Mounter

Material
High-Precision Industrial Components

Capacity
Up to 92,000 CPH (Components Per Hour)

Computerized
Yes

Automatic Grade
Fully Automatic

Control System
Advanced Motion Control with Integrated Software

Processing Type
Surface Mount Technology (SMT) Placement

Voltage
3-Phase AC 200/208/220/240V, 50/60Hz

Power
4.0 kVA

Dimension (L*W*H)
1,574 mm x 2,335 mm x 1,440 mm

Weight
Approx. 2,700 kg

Color
White / Grey

Noise Level
Less than 72 dB(A)

Placement Accuracy
25 m (Cpk1.0, High Precision Mode)

Ambient Humidity
35% to 65% RH (Non-condensing)

Mountable Components
Chips, ICs, odd-shaped parts, and flexible components

Applicable Industries
Consumer Electronics, Automotive, Industrial, Medical Devices

Feeder Slots
Up to 180 slots (with additional feeder carriage options)

Nozzle Stations
Up to 16 heads (modular) per machine

Ambient Operating Temperature
15C to 35C

Component Range
0402 mm (01005 inches) to 100 x 90 mm, Height up to 28 mm

Conveyor System
Flexible Dual-Stage Conveyor

Applicable PCB Size
Min. 50 mm x 50 mm, Max. 510 mm x 590 mm (Single Clamping)

Communication Interface
Ethernet, USB, RS-232C

Lighting and Vision System
Multi-angle vision inspection with advanced alignment correction

Panasonic NPM-W2 Chip Mounter High-Speed, High-Precision SMT Placement for Flexible PCB Assembly Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
20 Units Per Month

Delivery Time
30 Days

Main Export Market(s)
Eastern Europe, Asia, Australia, Central America, North America, South America, Western Europe, Middle East, Africa

About Panasonic NPM-W2 Chip Mounter High-Speed, High-Precision SMT Placement for Flexible PCB Assembly

Prices are for show only, please contact us for exact price.

Product Description

The Panasonic NPM-W2 chip mounter is an advanced SMT (Surface Mount Technology) placement machine, designed for high-speed, high-accuracy component placement in PCB assembly. Featuring a dual-lane system, it enables simultaneous processing of multiple board types, increasing production efficiency for high-mix, high-volume manufacturing. With intelligent feeder systems, precision vision alignment, and automated setup, the NPM-W2 delivers superior placement accuracy, minimizing defects and improving yield rates. Its modular design supports scalability, making it ideal for industries such as electronics manufacturing, automotive, telecommunications, and consumer electronics. The system's smart factory integration enhances real-time monitoring, data-driven optimization, and seamless production workflow. Whether for high-speed assembly or flexible small-batch production, the Panasonic NPM-W2 ensures cost-effective, reliable, and high-performance SMT manufacturing

Product Specifications

Machine Model

Speed

Component Rance

Feeder Size/
Reel Capacity

PCB Size

Placement AccuracyCPK1

PCB Loading Time
sec

Power
PH/V/KVA

Air Consumption
(0.5Mpa)

Weight
(KG)

Machine Dimensions
L/W/H

CM402

High-Speed Mount Head

Max.60,000cph
(0.06 s/chip)

0603:Max.50,000cph
(0.072 s/chip)

0603-24x24mm
Height: Max.6.5mm

8mm/Max.216

CM402M:
Min.50x50mm
Max.330x250mm

0603/1005: 0.05mm

QFP: 0.035mm

CM402-M: 1.8s

3/200/4

200L/Min

2800

2350/2670/1430

Multi-functional Mount Head

Max.20,000cph
(0.18 s/chip)

QFP:Max.17,000cph
(0.21 s/chip)

0603-100x90mm
Height: Max.21mm

CM402L:
Min.50x50mm
Max.510x460mm

CM402-L: 0.9s/1.8s/2.3S

CM602

High-Speed Mount Head

Max.100,000cph
(0.036s/chip)

0603: Max.75,000cph
(0.048s/chip)

0603-24x24mm
Height: Max.6.5mm

8mm/Max.216

Min.50x50mm;
Max.510x460mm;

0603/1005: 0.05mm;

QFP: 0.035mm

0.9s/1.8s/2.3S

3/200/4

170L/Min

3400

2350/2690/1430

Multi-functional Mount Head

Max.22,500cph
(0.16s/chip)

OFP:Max.20,000cph
(0.18s/chip)

0603-100x90mm
Height: Max.21mm

NPM-D

16+16 head

Max.70,000cph
(0.051s/chip)

IPC9850 (1608)
53,800cph

8mm/Max.68

Single Conveyor: 50x50mm 510x590mm

Dual Conveyor: 50x50mm 510x300mm

40m/chip

Single Conveyor: 4.5"

Dual Conveyor: 0", Not 0 for cycle time below 4.5S

3/200/2.5

100L/Min

1600

2652/835/1444

12+12 head

Max.62,500cph
(0.058s/chip)

IPC9850 (1608)
48,000cph

40m/chip

8+8 head

Max.40,000cph
(0.09s/chip)

40m/chip;
30m/ 12-32mm QFP;
50m/ smaller than 12mm QFP

2+2 head

Max.8,500cph
(0.423s/QFP)

30m/ QFP

NPM-D3

16+16 head

High Speed Mode (ON)

Max.
84,000cph, (0.043s/chip)

IPC98(1608): 63,300cph

8mm/Max.68

Single Conveyor: 50x50mm510x590mm;

Dual Conveyor: 50x50mm510x300mm

40m/chip

Single Conveyor: 3.6"

Dual Conveyor: 0", Not 0 for cycle time below 3.6S

3/200/2.7

100L/Min

1900

2652/832/1444

High Speed Mode (OFF)

76,000cph, (0.047s/chip)

IPC98(1608): 57,800cph

30m/ chip;
25m/ chip

12+12 head

69,000cph, (0.052s/chip)

IPC98(1608): 50,700cph

30m/chip

8+8 head

43,000cph, (0.084s/chip)

30m/chip;
30m/ 12-32mm QFP;
50m/ smaller than 12mm QFP;

2+2 head

11000cph (0.327s/QFP)
8,500cph (0.423s/QFP)

30m/QFP

NPM-W

16+16 head

Max.70,000cph (0.051s/chip)

IPC98 (1608)
53,800cph

8mm/Max.120

Single Conveyor:
50x50mm750x550mm
(Batch Installation);
50x50mm750x510mm

Dual Conveyor:
50x50mm350x550mmDual position installation;
50x50mm750x260mm

40m/chip

Single Conveyor: 4.4sBatch Installation

Dual Conveyor: 2.3sDual position installation

0s, Not 0 for cycle time below 4.4S

3/200/2.5

200L/Min

2250

2332/1280/1444

12+12 head

Max.62,500cph
(0.058s/chip)

IPC9850 (1608)
48,000cph

40m/chip

8+8 head

Max.40000cph (0.09s/chip)

40m/chip,
30m/ 12-32mm QFP,
50m/ smaller than 12mm QFP

3+3 head

Max.11,000cph (0.33s/QFP)

30m/QFP

NPM-W2

16+16 head

High Speed Mode (ON)

77,000cph (0.047s/chip)

IPC98(1608): 59200cph

8mm/Max.120

Single Conveyor:
50x50mm750x550mm(Batch Installation)
50x50mm750x510mm;

Dual Conveyor:
50x50mm350x550mmDual position installation
50x50mm750x260mm;

40m/chip

Single Conveyor:

Dual Conveyor

3/200/2.5

200L/Min

2470

2465/1280/1444

High Speed Mode (OFF)

70,000cph (0.051s/chip)

IPC98(1608): 56600cph

30m/chip;
25m/chip

12+12 head

High Speed Mode (ON)

64500cph (0.056s/chip)

IPC98(1608): 49500cph

40m/chip

High Speed Mode (OFF)

62500cph (0.058s/chip)

IPC98(1608): 49500cph

30m/chip

8+8 head

40000cph (0.090s/chip)

30m/chip,
30m/ 12-32mm QFP,
50m/ smaller than 12mm QFP,
CPK1

3+3 head

16,000cph, (0.327s/chip)
12500cph (0.423s/QFP)

30m/QFP

NPM-TT

8+8 head

36,000cph (0.1s/chip)

8mm/Max.52

Single Conveyor:
50x50mm510x590mm

Dual Conveyor:
50x50mm510x300mm

40m/chip
30m/QFP 12-32mm
50m/QFP smaller than 12mm QFP

Single Conveyor: 4.0s

Dual Conveyor: 0s
Cycle time 4.0s0

3/200/2.5

200L/Min

2650

2798/1300/1444

3+3 head

14400cph (0.25s/chip)
11000cph (0.33s/QFP)

30m/QFP

Unmatched Precision and Performance

The Panasonic NPM-W2 Chip Mounter delivers outstanding placement accuracy, handling intricate components with ease. Its high-speed capability-mounting up to 92,000 components per hour-caters to demanding production runs. Whether handling small chips or large ICs, the advanced vision system ensures precise alignment every time.

Versatility for Diverse Applications

Designed to serve a broad range of industries, from automotive and consumer electronics to medical devices, the NPM-W2 adapts seamlessly to various PCB sizes and shapes. Its modular nozzle configuration and ample feeder capacity enhance operational flexibility, supporting complex assembly requirements with efficiency.

Advanced Automation for Reliable Output

Outfitted with an advanced motion control system and integrated software, the NPM-W2 is fully automatic, minimizing human error while optimizing throughput. The flexible dual-stage conveyor and ethernet-enabled communication streamline in-line integration and factory automation processes.

FAQ's of Panasonic NPM-W2 Chip Mounter High-Speed, High-Precision SMT Placement for Flexible PCB Assembly:

Q: How does the Panasonic NPM-W2 Chip Mounter ensure high placement accuracy for SMT assembly?

A: The NPM-W2 achieves a placement accuracy of 25 m in High Precision Mode (Cpk1.0) using advanced multi-angle vision inspection and alignment correction systems. These features, combined with precision-engineered industrial components, ensure consistent and reliable operations even at high speeds.

Q: What range of PCB sizes and components can this machine accommodate?

A: This chip mounter supports PCB sizes from a minimum of 50 mm x 50 mm up to 510 mm x 590 mm in single clamping mode. It can handle components as small as 0402 mm (01005 inches) up to parts as large as 100 x 90 mm with a height of up to 28 mm, including chips, ICs, odd-shaped, and flexible parts.

Q: When is it most beneficial to use the NPM-W2 in a production environment?

A: The Panasonic NPM-W2 is ideal for high-mix, high-volume manufacturing where rapid, precise placement of diverse components is required. Its automated efficiency and speed particularly benefit industries demanding consistent quality, such as automotive electronics, medical devices, and large-scale consumer electronics assembly.

Q: Where can the NPM-W2 chip mounter be integrated within a production line?

A: Thanks to its flexible dual-stage conveyor and comprehensive communication interfaces (Ethernet, USB, RS-232C), the NPM-W2 can be readily integrated into existing or new SMT production lines, supporting in-line assembly in various manufacturing facilities worldwide.

Q: What is the process for changing feeder and nozzle configurations on this chip mounter?

A: With up to 180 feeder slots and 16 modular nozzle stations per machine, swapping feeders and nozzles is straightforward. Modular heads and additional feeder carriages allow quick configuration changes, enabling rapid adaptation to different production requirements without significant downtime.

Q: How does the NPM-W2 benefit operators and manufacturers in terms of usage and operational efficiency?

A: The fully automatic, computerized design reduces manual intervention, enhancing safety and reliability. The high feeder capacity, advanced motion control software, and real-time vision inspection collectively increase throughput and product quality, which translates to lower operation costs and improved yield for manufacturers.

Q: What are the ambient requirements and power specifications for installing this equipment?

A: Optimal operation is achieved at ambient temperatures between 15C and 35C, with humidity levels maintained at 35-65% RH (non-condensing). The power system supports three-phase AC input (200/208/220/240V at 50/60Hz) and has a rated power consumption of 4.0 kVA.