86-138-23675048

GoldLand Electronic Technology Co., Ltd

Our Products

SMT Machine

SMT Pick And Place Machines

Solder Paste Printer

Solder Paste Inspection & Automated Optical Inspection Machine

SMT Reflow Oven

X-Ray Machine

PCB Handling Equipment

Industrial SMT Production Line

Nozzles

Panasonic NPM-TT2 SMT Mounter High-Precision, Dual-Lane PCB Assembly for Flexible Production

Panasonic NPM-TT2 SMT Mounter High-Precision, Dual-Lane PCB Assembly for Flexible Production Specification

Product Type
SMT Mounter

Material
High-Grade Alloy, Industrial Steel

Capacity
Up to 42,000 CPH (chips per hour)

Computerized
Yes

Automatic Grade
Fully Automatic

Control System
Intelligent Operating System (with Touchscreen Interface)

Processing Type
Dual-Lane PCB Assembly

Voltage
200V AC, 3-phase, 50/60Hz

Power
Approx. 3.4 kVA

Dimension (L*W*H)
1,380 mm 2,290 mm 1,445 mm

Weight
Approx. 2,200 kg

Color
White & Blue

Changeover Capability
Quick-change feeder and nozzle system

Component Recognition
Full vision system, laser and camera recognition

Component Range
0201 (metric) to 12090 mm, 28 mm height

Conveyor System
Dual-lane, flexible conveyor for parallel line production

PCB Size (Dual Lane)
Max 510 mm 300 mm

Noise Level
Less than 67 dB(A)

Networking
Supports MES and factory automation protocols

Feeder Slots
Up to 136 per module

Air Supply
0.5 MPa, dry and clean

Mounting Accuracy
25m (Cpk1.0)

Ambient Operating Temperature
10-35C

Component Placement Heads
12-nozzle head per lane

Panasonic NPM-TT2 SMT Mounter High-Precision, Dual-Lane PCB Assembly for Flexible Production 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)
Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa, Asia, Australia

About Panasonic NPM-TT2 SMT Mounter High-Precision, Dual-Lane PCB Assembly for Flexible Production

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

Product Description

The Panasonic NPM-TT2 SMT mounter is a high-performance Surface Mount Technology (SMT) placement machine designed for high-mix, high-flexibility production. Featuring a dual-lane system, it optimizes PCB assembly by allowing simultaneous processing of multiple board sizes and types, improving production efficiency and reducing downtime. With high-speed placement, precision alignment, and automated feeder systems, the NPM-TT2 ensures accurate component mounting for a wide range of electronics manufacturing applications, including automotive, telecommunications, and consumer electronics. The machine's modular design supports quick changeovers and seamless integration into smart factory environments. Built for scalability and cost-effective manufacturing, the NPM-TT2 is ideal for companies looking to enhance production throughput, minimize defects, and maximize operational efficiency in modern SMT assembly lines.

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

Exceptional Accuracy and Flexibility

Designed for modern SMT production, the NPM-TT2 boasts a mounting accuracy of 25m and supports dual-lane parallel processing. It accommodates large PCB sizes, rapid head and feeder changeover, and a wide range of component sizes and shapes, making it ideal for complex and high-mix assembly lines.

Advanced Component Recognition

Integrated full vision, laser, and camera systems ensure reliable detection and precise placement of components as small as 0201 metric and as large as 12090 mm. Each module features a 12-nozzle placement head per lane, enhancing throughput and minimizing errors during assembly.

Seamless Automation and Network Integration

Supporting leading MES and industry-standard protocols, the NPM-TT2 mounter is ready for factory automation. Its intelligent operating system with a touchscreen interface simplifies operation, monitoring, and maintenance, boosting productivity while minimizing downtime.

FAQ's of Panasonic NPM-TT2 SMT Mounter High-Precision, Dual-Lane PCB Assembly for Flexible Production:

Q: How does the Panasonic NPM-TT2 achieve high mounting accuracy in SMT assembly?

A: The NPM-TT2 uses a full vision system combined with laser and camera recognition to ensure component positioning within 25 micrometers (Cpk1.0). This advanced recognition technology minimizes misalignment and guarantees consistent, high-quality assembly results.

Q: What is the range of component sizes the NPM-TT2 supports, and how are different parts handled?

A: The NPM-TT2 supports SMD components from 0201 metric sizes up to 12090 mm and 28 mm in height. Its 12-nozzle head per lane combined with a quick-change system for feeders and nozzles enables fast adaptation to different parts without extended downtime.

Q: When would dual-lane PCB assembly be most beneficial in the production process?

A: Dual-lane PCB assembly is ideal when manufacturing needs to maximize throughput while assembling multiple product types or boards in parallel. The flexible conveyor system allows for two independent production lines, significantly increasing efficiency for high-mix environments.

Q: Where can the NPM-TT2 be implemented for optimal performance?

A: This SMT mounter is best suited for electronics manufacturing environments, such as consumer electronics, automotive, and industrial sectors. It can be integrated on factory floors requiring automated, high-speed, high-precision, and flexible PCB assembly lines.

Q: What is the process for changing over boards or components on the NPM-TT2?

A: The NPM-TT2 features a quick-change feeder and nozzle system, allowing operators to rapidly switch between different PCBs or components. This minimizes downtime during changeovers and supports the manufacturing of varied products without lengthy setup times.

Q: How does the NPM-TT2 support connectivity and automation within smart factories?

A: The machine is equipped with comprehensive networking capabilities that integrate with MES and other factory automation protocols. This facilitates seamless data exchange, real-time process monitoring, and complete traceability, optimizing overall manufacturing efficiency.

Q: What are the primary usage benefits of choosing the NPM-TT2 for PCB assembly?

A: Key benefits include high production speed (up to 42,000 chips per hour), precision placement, flexible dual-lane processing, and an intelligent control system. These features combine to reduce labor, minimize errors, and deliver consistently high-quality, scalable PCB assembly.