L-CAT NEO-N
L-CAT NEO-N
3RD GENERATION GANTRY-STYLE SOLDER ROBOT
The L-CAT NEO-N is the culmination of over 45 years' experience in the robotic soldering industry.
With this next-generation robot we've directly built in all necessary elements of modern selective soldering. Designed for either an in-line or lean manufacturing process, the L-CAT NEO-N is an exemplar of both cutting-edge sophistication and high-speed operation performance.
The built in monitor on the NEO-N allows for viewing the soldering process and aides in programming the application. Robot teaching can be performed by the touch panel Teaching Pendant, a PC or an IPAD. Fiducial recognition and tip position alignment can easily be added to ensure proper tip & PCB alignment. This guarantees an accurate position and ensures the highest quality soldering results.
Robot Teaching, with Easily Adjusted Fiducial Recognition and Tip Position Alignment
Ensure proper tip & PCB alignment with ease. These features guarantee accurate tip positioning and the highest quality soldering results.
Built-in Montior + Variety of Supported Devices
The built-in monitor allows for immediate viewing of the soldering process and aides in programming the application. Software for the primary application is available fo Windows PC (OS: 7, 8.1, 10). Data management and robot teaching can also be managed from iPhone, iPad, Android, and Windows smartphone devices.
Programming Freedom
Normally soldering robots have a fixed sequence to program solder parameters. However, the L-CAT NEO-N has a very flexible solder sequence that can be customized to meet the needs of your specific application. The L-CAT NEO-N offers flexibility of parameter sequencing to provide solutions for high thermal energy, fine pitch devices, large & small lead combinations etc. The soldering parameters (solder feed amount, feeding speed & temperature) can be arranged in a sequence that provides a solution for each particular soldering challenge.
Type |
L-CAT NEO-N4330 | L-CAT NEO-N4430 |
L-CAT NEO-N4530 |
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Drive Method |
Stepping Motor |
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Encoder | 4-axes Applicable |
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Resolution | X, Y, Z Axes |
0.01 mm |
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R Axis |
0.1° | |||
Operation Range |
X, Y Axes |
300x300 mm |
400x300 mm |
500x300 mm |
Z Axis |
80 mm |
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R Axis |
±180 ° | |||
Portable Weight |
6 kg |
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Axis Speed |
X, Y Axes |
Max : 1200mm/sec. , Min : 0.1mm/sec. | ||
Z Axis |
Max: 320mm/sec. , Min : 3.2mm/sec. | |||
R Axis |
Max : ±800°/sec. , Min : 8°/sec. | |||
Repeatability | X, Y, Z Axes |
±0.01mm | ||
R Axis |
±0.02° | |||
Teaching Method |
Remote Teaching (JOG) |
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Manual Data Input (MDI) |
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External Input/Output |
Input :39 Output:39 |
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Program Capacity |
511 programs |
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Memory Capacity |
500,000 point |
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Setting Temperature |
0~500℃ | |||
Solder Feeding Speed |
1.0~50.0 mm/sec | |||
Solder Feeding Amount Resolution |
0.1 mm |
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Solder Diameter |
With ZSB Feeder |
φ0.4~φ1.0mm(Option: φ0.3,1.2,1.6mm) | ||
With Normal Feeder |
φ0.3~φ1.6mm | |||
Heater Capacity |
130W (Option: 200W available) |
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Nitrogen Generator |
Standard equipment to robot included with digital flow meter |
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Display Language |
English, Chinese, Korean, Japanese |
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Power Source |
AC94~260V (Single phase) |
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Power Consumption |
650W max |
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Other | Equipped with monitoring camera |
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Dimensions (WxDxH, in mm) |
690x686x800 | 790x686x800 |
890x686x800 | |
Weight (kg) |
90 | 95 | 100 |