L-CAT NEO-N

3RD GENERATION GANTRY-STYLE SOLDER ROBOT

The L-CAT NEO-N is the culmination of over 45 years of 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 exemple 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.

L-CAT NEO-N Specification

Type L-CAT NEO-N4330 L-CAT NEO-N4430 L-CAT NEO-N4530
Drive Method Stepping Motor
Encoder 4-axes Applicable
Resolution X, Y, Z Axes 0.01 mm
R Axis 0.1°
Operation Range X, Y Axes 300x300 mm 400x300 mm 500x300 mm
Z Axis 80 mm
R Axis ±180 °
Portable Weight 6 kg
Axis Speed X, Y Axes Max : 1200mm/sec. , Min : 0.1mm/sec.
Z Axes Max: 320mm/sec. , Min : 3.2mm/sec.
R Axes Max : ±800°/sec. , Min : 8°/sec.
Repeatability X, Y, Z Axes ±0.01mm
R Axes ±0.02°
Teaching Method Remote Teaching (JOG)
Manual Data Input (MDI)
External Input/Output Input :39 Output:39
Program Capacity 511 programs
Memory Capacity 500,000 point
Soldering Condition Point and slide total; 500 conditions
Setting Temperature 0~500℃
Solder Feeding Speed 1.0~50.0 mm/sec
Solder Feeding Amount Resolution 0.1 mm
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)
Nitrogen Generator Standard equipment to robot included with digital flow meter
Display Language English, Chinese, Korean, Japanese
Power Source AC94~260V (Single phase)
Power Consumption 650W max
Dimensions (WxDxH, in mm) 690x686x800 790x686x800 890x686x800
Weight (kg) 90 95 100