Overview
| brand | Mirtec/Milo | Processing customization | yes |
| model | NXT | Automatic manual | automatic |
| Placement speed | twenty-five thousand | Resolution | ten thousand |
| Number of feeders | ten thousand | source | two hundred and twenty |
| weight | one | ||
Product Details
Second-hand Fuji SMT machine second-hand FUJI SMT machine Fuji NXT SMT machine NXT M3 third-generation SMT machine
Fuji SMT machine rental FUJI NXT M3 rental
One stop rental solution for Fuji NXT M3III high-speed module mounting machine in Japan
Advantages of equipment leasing:
1. Avoid excessive one-time capital investment, save company cash flow, and improve asset return rate
2. Avoiding the risks of equipment depreciation after purchase and idle due to changes in orders
3. Timely eliminate old equipment and keep it at the top level of the industry
4. Flexible equipment configuration and flexible allocation according to different product requirements
5. Flexible response to short-term orders and easy response to demand during peak and low seasons
6. It can be agreed to rent for a certain period of time and purchase on a rental basis
7. Provide engineer on-site services
8. Enjoy free long-term technical consulting services
Our company's service process:
1. Conduct on-site inspections of customers' actual needs
2. Provide professional production line planning, site layout, supporting facilities, and personnel requirements
3. Signing contracts, debugging and maintenance of equipment before leaving the factory
4. Arrange for equipment lifting into the factory, and engineer installation and debugging
5. Engineers follow the production line for trial production and provide technical training and guidance to employees
6. Daily maintenance and process improvement
Feature 1
Improved productivity.
By utilizing the high-speed XY robotic arm and belt feeder, as well as the newly developed camera "Fixed On the fly camera", the mounting capacity of all components, from small to large shaped components, can be improved.
In addition, using the new high-speed working head "H24G working head", the component mounting capacity of each module can reach up to 37500CPH * (production priority mode), which is about 44% higher than the NXT II.
*It is the measurement result under the conditions of our company.
Feature 2
Corresponding to component 0201
Installation accuracy± 25μ M*
The NXT III not only corresponds to the smallest 0402 component currently used in production, but also can be used to mount the next generation of 0201 ultra small components.
In addition, by adopting machine structures that are more rigid than existing organic seeds, independent servo control technology, and component image recognition technology, the installation accuracy of small chips in the industry can be achieved:± 25μ M * (3σ) Cpk ≥ 1.00.
*It is the measurement result under the conditions of our company.
*According to the investigation results of our company in June 2013.
&Middot;
Feature 3
Improved operability.
Inherited the highly acclaimed language free GUI operating system on NXT series machines, adopted a new touch screen and updated screen design.
Compared with the existing operating system, it reduces the number of buttons and facilitates the selection of subsequent commands, which not only improves operability but also reduces operational errors.
&Middot;
Feature 4
Highly compatible.
The main units used in NXT II, such as the working head, nozzle placement table, feeder and tray unit, as well as the batch replacement trolley for material station brackets and material station brackets, can be used intact in NXT III.
&Middot;
| M3 III | M6 III |
Object circuit board size (L× W) | 48mm× 48mm~250mm× 510mm (double handling rail specification) | 48mm× 48mm~534mm× 510mm (double handling rail specification) |
Component type | MAX20 type (8mm belt conversion) | MAX45 type (8mm belt conversion) |
Board loading time | Dual handling rails: O sec for continuous operation, 2.5 sec for single handling rails (handling between M3 III modules), 3.4 sec for handling between M6 III modules) | |
Installation accuracy/coating position accuracy | ||
H24G | :± 0.025mm (standard mode)/± 0.038mm (production priority mode) (3σ) cpk ≥ 1.00 | |
V12/H12HS | :± 0.038 (± 0.050) mm (3σ) cpk ≥ 1.00 | |
H04S/H04SF | :± 0.040mm (3σ) cpk ≥ 1.00 | |
H08/H04 | :± 0.050mm (3σ) cpk ≥ 1.00 | |
H02/H01/G04 | :± 0.030mm (3σ) cpk ≥ 1.00 | |
H02F/G04F | :± 0.025mm (3σ) cpk ≥ 1.00 | |
GL | :± 0.100mm (3σ) cpk ≥ 1.00 | |
H24G | :± 0.025mm (standard mode)/± 0.038mm (production priority mode) (3σ) cpk ≥ 1.00 |
V12/H12HS | :± 0.038 (± 0.050) mm (3σ) cpk ≥ 1.00 |
H08M/H04S/H04SF | :± 0.040mm (3σ) cpk ≥ 1.00 |
H08/H04/OF | :± 0.050mm (3σ) cpk ≥ 1.00 |
H02/H01/G04 | :± 0.030mm (3σ) cpk ≥ 1.00 |
H02F/G04F | :± 0.025mm (3σ) cpk ≥ 1.00 |
GL | :± 0.100mm (3σ) cpk ≥ 1.00 |
Capacity | |
H24G | 37500 (production priority mode)/35000 (standard mode) cph |
V12 | : 26000 cph |
H12HS | : 24500 cph |
H08 | : 11500 cph |
H04 | : 6500 cph |
H04S | : 9500 cph |
H04SF | : 10500 cph |
H02 | : 5500cph |
H02F | : 6700cph |
H01 | : 4200 cph |
G04 | : 7500 cph |
G04F | : 7500 cph |
GL | : 16363 dph (0.22sec/dot) |
H24G | 37500 (production priority mode)/35000 (standard mode) cph |
V12 | : 26000 cph |
H12HS | : 24500 cph |
H08M | : 13000 cph |
H08 | : 11500 cph |
H04 | : 6500 cph |
H04S | : 9500 cph |
H04SF | : 10500 cph |
H02 | : 5500 cph |
H02F | : 6700cph |
H01 | : 4200 cph |
G04 | : 7500 cph |
G04F | : 7500 cph |
OF | : 3000 cph |
GL | : 16363 dph (0.22sec/dot) |
Object element | ||
H24G | : 0201~5mm× 5mm | |
V12/H12HS | : 0402~7.5mm× 7.5mm | |
H08M | 0603~45mm× 45mm | |
H08 | : 0402-12mm× 12mm | |
H04 | 1608-38mm× 38mm | |
H04S/H04SF | 1608-38mm× 38mm | |
H02/H02F/H01/0F | 1608-74mm× 74mm (32mm× 180mm) | |
G04/G04F | : 0402-15mm× 15mm |
height | : Maximum 2.0mm |
height | : Maximum 3.0mm |
height | : Maximum 13.0mm |
height | : Maximum 6.5mm |
height | : Maximum 9.5mm |
height | : Maximum 6.5mm |
height | : Maximum 25.4mm |
height | : Maximum 6.5mm |
Module width | 320mm | 645mm |
Machine dimensions | L: 1295mm (M3 III× 4, M6 III× 2)/645mm (M3 III× 2, M6 III) | |
Dyna work head (DX) | ||||
Number of suction nozzles | twelve | four | one | |
Capacity (cph) | 25000 | 11000 | 4700 | |
Object component size | 0402~7.5× seven point five | 1608-15× fifteen | 1608-74× seventy-four | |
Installation accuracy | &Plusmn; 0.038 (± 0.050) mm (3σ) cpk ≥ 1.00 ※ | &Plusmn; 0.040mm (3σ) cpk ≥ 1.00 | &Plusmn; 0.030mm (3σ) cpk ≥ 1.00 | |
Does the component have a confirmation function | ○ | &Times; | ○ | |
element | Material belt | ○ | ○ | ○ |
Material tube | &Times; | ○ | ○ | |
Material tray | &Times; | ○ | ○ | |
Component supply device | |
Intelligent feeder | Corresponding to 4? 1? 18? 1? 112? 1? 116? 1? 124? 1? 132? 1? 144? 1? 156? 1? 172? 1? 188? 1? 1104 mm wide material belt |
Tubular feeder | 4 ≤ Component width ≤ 15mm (6 ≤ Material pipe width ≤ 18mm), 15 ≤ Component width ≤ 32mm (18 ≤ Material pipe width ≤ 36mm) |
Material tray unit | Corresponding tray size 135.9× 322.6mm (JEDEC specification) (material tray unit M), 276× 330 mm (pallet unit LT), 143× 330 mm (material tray unit LTC) |
option |
● Tray feeder ● PCU II (feeding bracket replacement unit) ● MCU (module replacement unit) ● Management computer placement platform |
Second-hand Fuji SMT machine second-hand FUJI SMT machine Fuji NXT SMT machine NXT M3 third-generation SMT machine
Fuji SMT machine rental FUJI NXT M3 rental
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