Detailed Product Description

MTC-I Mold Temperature Controller

The revolutionary achievement of the application of new technologies in process of temperature accuracy control, which will increase your productivity at least 30%......

                                       MTC-I mold temperature controller

What kind of issues will you encounter in traditional injecting process?

1, Unstable and nouniform mold temperature (temperature of coolant; flow changes; ambient temperature changes, etc)

2, Bad cycle accuracy, which destroy the quality stability.

3,Bad heat exchange prolong cycle interval and induce into lower productivity.

4,Cycling water wasted largely, increases energy consumption.

5,Unfriendly to environment.

Traditional injection process

What you will achieve, if use this intellectual mold temperature controller boxes?

1, Uniform and stable mold temperature.

2, Better cycle accuracy, better filling, and better quality stability.

3,Better heat exchange, shorten cycling interval, promote at least 30% productivity.

4, Reducing energy consumption because of water cycling.

                               Improved injection system with MTC-I

Principle of operation:

As heat is induced into the mold, with the melt, at the start of the cycle, the temperature increase of the mold surface is detected by a sensor and stored for reference in the Mold Temperature Controller. The microprocessor converts this into a cooling pulse, which is a timed injection of coolant, occurring at the beginning of each cycle, immediately after the mold has been filled. The coolant injection (-BTU) exactly matches the melt (+BTU) thus compensating for all variables that can influence part quality. This repetition of the mold surface temperature cycle can only be obtained with the Monitor system and results are the highest quality parts at the best possible cycle time.

Structure of a complete cooling system:

                      New cooling system

Who will use MTC serial mold temperature controller?

MTC serial controllers are widely applied in plastic injection industry, especially those:

1, Who are not satisfied with the traditional injection technologies?

2, Who want to improve injection parts quality, and prolong service life of molds.

3, Who want to improve cycle accuracy, and meanwhile increase product productivity at least 30%.

4, Who had good experiences of using top brands of similar products in the world, which already achieved satisfied results before. However, still think purchase cost and maintenance cost too high.

5, Who has tight budget, want to save money, but don’t want any discount in quality performance.