Digital Directory
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Products & Services
Manual UV Curing System
NEONTECH Co., Ltd.
NUV-68
Ultra violet curing system for easy chip separation of mechanical dicing application
Work Flow
Mechanical dicing(NEON NDS series) → UV → Light radiation → UV curing(hardening) → Chip separation
Main Features
6”, 8” compatible
352nm wavelength light
Lamp life : 3,000H
Touch screen user interface
Easy UV LAMP change
UV lamp intensity control function
Auto sliding tray
Full Automatic PCB Panel Saw & Sorter
NEONTECH Co., Ltd.
NSS-5000/6000
Large PCB panel mechanical dicing & sorting system
Main Features
Saw & sorter for large PCB panel(500x300mm)
Capable for ultra thin package(0.1t)
Compatible for 2 & 3inch blade
Dual 2.4KW spindle
Built-in PCB shrink compensation function
Built-in PCB cleaning/air dry
Built-in dimension & accuracy measuring vision
Multi picker for high speed pick & place
Dual multi picker for high capacity
Click & position setting vision
Full Automatic Dicing Saw – NDS-4200/5200
NEONTECH Co., Ltd.
Full-Automatic Dicing Series..
NEONTECH’s unique facing dual dicing design was combined with well known dicing function to maximize productivity.
Powerful Dicing Engine
By selecting 2.4kW high torgue spindle, hard dicing material such as ceramic, thick metal and silicon can be processed.
System Stability
NEONTECH’s unique design : granite base bridge-structure is optimized for vibration minimization, high ridigity and stability.
User Interface
Multi language such as Korea / English / Chinese / Japanese is provided for user’s convenience. Also, system provide wide(17”) touch monitor
Large Working Chuck Table
NDS-4200 is optimized for Ø8” or 210mm. NDS-5200 is optimized for large 300 sq. More multiple piece loading per ring frame is available. It can provide more longer loading/unloading interval for more dicing time. Also, large chuck table can be able to minimize operator help and UV tape consumption.
About
"NeonTech is a semiconductor and automation equipment manufacturer established in 2000 and localized industrial drones by establishing a drone division in 2016 after seeing the growth of drones and UAM.
It has developed a flight control system (FC) capable of autonomous flight mapping at the non-GPS (NON-GPS)-based level with pure domestic technology and succeeded in developing automatic and manual vertical takeoff and landing (VTOL) drones that can fly more than 70 min and 25 km."
It has developed a flight control system (FC) capable of autonomous flight mapping at the non-GPS (NON-GPS)-based level with pure domestic technology and succeeded in developing automatic and manual vertical takeoff and landing (VTOL) drones that can fly more than 70 min and 25 km."
