Plustech
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TECHNOLOGY
  Two-Stage Plunger System
         Plasticizing
         Back Flow Prevention
         Injection
  Hybrid Direct Clamping System
  Control System

PRODUCTS
         Horizontal
         Vertical
         LSR-Silicone
         Special

APPLICATIONS
         Thermoplastic
         Micro
         LSR-Silicone Rubber
         PIM (MIM/CIM)

INDUSTRIES
         Automotive
         Medical
         Optics
         Electrical / Electronics

CASE STUDIES

  Thermoplastic

Most important roles of Injection Molding Machines are:

[1] CONSTANT plasticizing heat profile, CONSTANT material viscosity
[2] CONSTANT time, CONSTANT filling
[3] CONSTANT Time, CONSTANT holding

Designed on three principles, the Sodick Plustech achieves perfect harmony of critical plasticizing, and injection functions. These principles are the cornerstone of the V-LINE Two-Stage Plunger design.
By satisfying these principles the Sodick Plustech machines became a value added solution.


Sodick Plustech Thermoplastic Injection Molding Machine


  Ultra-Precision Repeatability

Utlizing a proprietary Liear Motor driven servo-valve with the two-stage plunger system Sodick Plustech can achieve "EXACT DOSING" every shot.

  Difficult Material (LCP, PC, Ultem, PEEK, PPS...)

Unlike a conventional reciprocating screw using a check ring, Sodick Plustech separates plasticizing function from injection to achieve extremenly consistent raw material plasticizing and injection.

  Thin-Wall Application - High Response Injection

Sodick Plustech developed the plunger system to achieve super-high speeds and pressure (Max. 1500mm/sec, 49,700psi). It takes as little as 0.007 sec to reach 1500mm/sec and 0.007sec to drop back to 0. One of the most important keys to be successful in critical molding is extremely high response. Quick deceleration is the biggest benefit from our low mass (low inertia) ultra-precision control.

  Increased Regrind Ratio / Reduced Mold Cleaning Cycle

Reduced degradation of plastic melt and reduced opportunity for contamination during processing allows for higher regrind-to-vergin material utilization ratios and reduced mold cleaning cycles.


micro washer