ommitment to long-life _ from Durability ey structure for packaging _ from Structure roductivity & High quality _ from Balance pplication for various items _ from Line up ommitment to long-life _ from Durability ey structure for packaging _ from Structure roductivity & High quality _ from Balance pplication for various items _ from Line up

Gate Design _ Nozzle Tip has two kinds of tip shape – general 3-hole Tip & Spiral Tip. _ Length of Tip can be decided by Gate shape – Short & Long. _ In case of 3-hole Tip, Seal Cap (Gate Insulator) can reduce color change time. _ CS Tip helps resin to rotate and master batch to mix effectively. Thus, color change is faster without Seal Cap (Gate Insulator). _ Nozzle size is classified by outer diameter of nozzle body - three kinds of standard (Ø12, Ø18, Ø22). _ Customer can choose among 12 kinds of nozzle based on resin, product & mold design, product shape & thickness, and injection features.

Nozzle Body Tip Heater (T/C included) Flow Chanel Union Lead Line Slot Dowel Disk End Plug (U-type) Seal-ring Insulation Pad Screw N/L Bush Lead Line (HT, T/C) Nozzle Locator Support Disk Runner Insert Lead Line Slot End Plug Manifold Heater Socket Screw Manifold Block Locating Ring Heater (T/C included) YUDO PACK Structure

A _ Various channel sizes based on features of injection parts B _ Fine thread machining for stable assembly _ Assembly/Disassembly using Socket Wrench _ Guide for easy assembly/disassembly with mold _ Insulation optimized design in mold contact area C _ Applicable seal cap (Vespel) for effective color change _ Gate shape for easy machining & measurement C B A Nozzle part

D. Nozzle flange _ Design Flange shape considering optimal insulation _ Prevent deformation by securing Plate contact area E. Heater & Thermocouple _ Prevent Temp. deviation problem occurred by fault T/C assembly _ Optimize temp. balance in longitudinal direction of nozzle (Minimize Temp. deviation) _ Reduce Holding Plate machining by designing heater lead line to middle of heater pipe (Secure Plate strength) _ Minimize pocket machining in mold _ Possible to apply heater near gate (No Snap Ring) _ Easy maintenance F. Nozzle lock pin _ Fix nozzle to holding plate _ Prevent nozzle from disassembling together with manifold D E F Nozzle part

_ Leakage preventing structure of Runner Insert & End Plug _ Stable assembly structure of Runner Insert _ Excellent insulation of Support Pad, Insulator Manifold part

2-pcs 3-pcs _ Optimize flow channel design & machining in order to reduce dead spot and increase resin liquidity _ Decrease injection pressure, prevent burning trouble, and enhance color change performance _ Reinforce mold strength and avoid resin leakage through optimal design ISO Manifold (Option)

I G H _ Non-touching N/L G. Screw type N/L bush _ Easy Maintenance / Partial strength complement H. Rectangle shape of flange _ Square N/L Flange design for minimizing installation space _ Pocket & Bolt design (M10*4) in order to secure stable assembly structure I. NL Heater lead line slot _ Easy maintenance by taking HT slot to upside of Clamping Plate Nozzle Locator part

Needle Cap (96 Cavity) Cap (72 Cavity) Spoon (2X24 Stack mold) Cap (32 Cavity) Application

Experience the Difference