Audited Supplier
FUJI NXT III M3/M6
Technical Support
Used
High Speed
High Precision
CCC, PSE, ISO, CE
3 Month
Automatic
High-speed Chip Mounter
FUJI Nxt III
by Sea or Land
UPS/DHL/TNT/FedEx
3 Days
FUJI
Wooden Case
electromechanical
Japan
8479896200
Product Description
FUJI NXT III M3/M6 Modular Mounter
NXT III Scalable Placement Platforms
The NEW NXT III is a highly productive, multi-functional modular placing machine. Built for speed, it features a faster XY robot and tape feeders, as well as a new H24 head that achieves 35,000 chips per hour. The NXT III supports the smallest parts being used in mass production with extreme placing accuracy.
NXT III Scalable Placement Platforms
The NEW NXT III is a highly productive, multi-functional modular placing machine. Built for speed, it features a faster XY robot and tape feeders, as well as a new H24 head that achieves 35,000 chips per hour. The NXT III supports the smallest parts being used in mass production with extreme placing accuracy.
Specification
| M3 III | M6 III | |||
| Applicable PCB size (LxW) | 48 x 48 mm to 305 x 610 mm (single conveyor) 48 x 48 mm to 305 x 510 mm (double conveyor/single) 48 x 48 mm to 305 x 280 mm (double conveyor/dual) | 48 x 48 mm to 610 x 610 mm (single conveyor) 48 x 48 mm to 610 x 510 mm (double conveyor/single) 48 x 48 mm to 610 x 280 mm (double conveyor/dual) | ||
| Part types | Up to 20 types of parts (calculated using 8 mm tape) | Up to 45 types of parts (calculated using 8 mm tape) | ||
| PCB loading time | For double conveyor: 0 sec (continuous operation) For single conveyor: 2.5 sec (transport between M3 III modules), 3.4 sec (transport between M6 III modules) | |||
| Placement accuracy (Fiducial mark standard) The placing accuracy is obtained from tests conducted by Fuji. | H24G: +/-0.025 mm (Standard mode) / +/-0.038 mm (Productivity priority mode) (3sigma) cpk≥1.00 V12/H12HS: +/-0.038 (+/-0.050) mm (3sigma) cpk≥1.00 H04S/H04SF: +/-0.040 mm (3sigma) cpk≥1.00 H08/H04: +/-0.050 mm (3sigma) cpk≥1.00 H02/H01/G04: +/-0.030 mm (3sigma) cpk≥1.00 H02F/G04F: +/-0.025 mm (3sigma) cpk≥1.00 GL: +/-0.100 mm (3sigma) cpk≥1.00 | H24G: +/-0.025 mm (Standard mode) / +/-0.038 mm (Productivity priority mode) (3sigma) cpk≥1.00 V12/H12HS: +/-0.038 (+/-0.050) mm (3sigma) cpk≥1.00 H08M/H04S/H04SF: +/-0.040 mm (3sigma) cpk≥1.00 H08/H04/OF: +/-0.050 mm (3sigma) cpk≥1.00 H02/H01/G04: +/-0.030 mm (3sigma) cpk≥1.00 H02F/G04F: +/-0.025 mm (3sigma) cpk≥1.00 GL: +/-0.100 mm (3sigma) cpk≥1.00 | ||
| Productivity * The throughput above is based on tests conducted at Fuji. | H24G | 37,500 cph (Productivity priority mode) / 35,000 cph (Standard mode) | H24G | 37,500 cph (Productivity priority mode) / 35,000 cph (Standard mode) |
| V12 | 26,000 cph | V12 | 26,000 cph | |
| H12HS | 24,500 cph | H12HS | 24,500 cph | |
| H08 | 11,500 cph | H08M | 13,000 cph | |
| H04 | 6,500 cph | H08 | 11,500 cph | |
| H04S | 9,500 cph | H04 | 6,500 cph | |
| H04SF | 10,500 cph | H04S | 9,500 cph | |
| H02 | 5,500 cph | H04SF | 10,500 cph | |
| H02F | 6,700 cph | H02 | 5,500 cph | |
| H01 | 4,200 cph | H02F | 6,700 cph | |
| G04 | 7,500 cph | H01 | 4,200 cph | |
| G04F | 7,500 cph | G04 | 7,500 cph | |
| GL | 16,363 dph (0.22 sec/dot) | G04F | 7,500 cph | |
| 0F | 3,000 cph | |||
| GL | 16,363 dph (0.22 sec/dot) | |||
| Supported parts | H24G | 0201 to 5 x 5 mm | Height | up to 2.0 mm |
| V12/H12HS | 0402 to 7.5 x 7.5 mm | Height | up to 3.0 mm | |
| H08M | 0603 to 45 x 45 mm | Height | up to 13.0 mm | |
| H08 | 0402 to 12 x 12 mm | Height | up to 6.5 mm | |
| H04 | 1608 to 38 x 38 mm | Height | up to 9.5 mm | |
| H04S/H04SF | 1608 to 38 x 38 mm | Height | up to 6.5 mm | |
| H02/H02F/H01/0F | 1608 to 74 x 74 mm (32 x 180 mm) | Height | up to 25.4 mm | |
| G04/G04F | 0402 to 15 x 15 mm | Height | up to 6.5 mm | |
| Module width | 320 mm | 645 mm | ||
| Machine dimensions | L: 1295 mm (M3 III x 4, M6 III x 2) / 645 mm (M3 III x 2, M6 III) | |||
| W: 1900.2 mm, H: 1476 mm | ||||
Improved Productivity
A faster XY robot and faster tape feeders, as well as a newly developed "flying vision" parts camera, mean increased placing ability for all part sizes and types.
The new H24G high-speed head achieves 37,500 cph (chips per hour) (Productivity priority mode) per module, a 44% improvement from the fastest speed of the NXT II.
0201 mm Part Support, +/- 0.025 mm Placing Accuracy
As well as supporting the smallest parts currently being used in mass production (0402 mm, 01005"), the NXT III can also handle the next generation of components heading for the market - 0201 mm parts.
By improving machine rigidity and further refining its independent servo control and vision recognition technology, Fuji has achieved a placing accuracy for small chip parts of +/- 0.025 mm* (3sigma, Cpk≥1.00).
A faster XY robot and faster tape feeders, as well as a newly developed "flying vision" parts camera, mean increased placing ability for all part sizes and types.
The new H24G high-speed head achieves 37,500 cph (chips per hour) (Productivity priority mode) per module, a 44% improvement from the fastest speed of the NXT II.
0201 mm Part Support, +/- 0.025 mm Placing Accuracy
As well as supporting the smallest parts currently being used in mass production (0402 mm, 01005"), the NXT III can also handle the next generation of components heading for the market - 0201 mm parts.
By improving machine rigidity and further refining its independent servo control and vision recognition technology, Fuji has achieved a placing accuracy for small chip parts of +/- 0.025 mm* (3sigma, Cpk≥1.00).
Improved Usability
The GUI of the original NXT was widely praised for making use of intuitive and easy-to-understand pictograms instead of relying on language-based instructions.
This interface is now combined with a touchscreen panel to make operation even easier. This reduces the number of button pushes required and makes selecting commands easier, as well as improving quality by reducing the chance of performing the wrong command.
High Compatibility
Many of the main units from the NXT II such as placing heads, nozzle stations, feeders, tray units, and feeder pallet exchange units can be used on the NXT III without any modifications.
The GUI of the original NXT was widely praised for making use of intuitive and easy-to-understand pictograms instead of relying on language-based instructions.
This interface is now combined with a touchscreen panel to make operation even easier. This reduces the number of button pushes required and makes selecting commands easier, as well as improving quality by reducing the chance of performing the wrong command.
High Compatibility
Many of the main units from the NXT II such as placing heads, nozzle stations, feeders, tray units, and feeder pallet exchange units can be used on the NXT III without any modifications.
Why Choose Us?
| Established in 2009, Shenzhen Wenzhan Technology Co., Ltd. has been committed to creating an efficient communication platform to better serve our customers. Our team consists of professional engineers with certifications from the original equipment manufacturers for over a decade. We are dedicated to prioritizing our customers' interests and providing top-quality equipment, accessories, and consumables, as well as technical support. To further reduce our customers' costs, we have established our own machining plant, ensuring ample inventory and competitive pricing. | 1. Professional pre-sales advice support 2. Excellent after-sales technical service 3. Flexible payment and return policy 4. One-stop solution for SMT Line 5. Sufficient stock and fast deliver |
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