This is the definitive loose core for plastic mold Losecon-30

LOSECON-30


Company Profile

Patent Item
Patent
4
Utility model
2
Trademark
7
Overseas patents
3
Overseas trademark registration
5
Writing Work
April 1992
Trends of Mold CAD" in Nikkan Kogyo Shim bun of Nikkan Kogyo Shimbun, Ltd.

April 1993
Forming Technology (Loose Core ), etc. at Shiguma Shuppan

October, 1994
Mold Technology (Loose Core )at Nikkan Kogyo Shimbun, Ltd.

June 1998
Article of “Preplanned Mold/LOSECON® -30 PAT” for 1998 CONFERENCE on DIE and
                                 MOLD TECHNOLOGY.

October 1999
Article of “LOSECON® -30 PAT. 2nd Report” for 1999 CONFERENCE on DIE and
                                 MOLD TECHNOLOGY

June 2000
Articles of “LOSECON® -30 PAT. 3rd - 7th Reports” for 2000 - 2004 CONFERENCES on DIE and
                                 MOLD TECHNOLOGY.

June 2005
Article of “Consideration of Mold Temperature Elevation” for 2005 CONFERENCE on DIE and
                                 MOLD TECHNOLOGY.

June 2006
Article of “Mold Making for Returning to Japan” for 2006 CONFERENCE on DIE and
                                 MOLD TECHNOLOGY.

June 2007
Article of “Consideration of abnormal appearance of plastic mold products”
                                 for 2007 CONFERENCE on DIE and MOLD TECHNOLOGY.

June 2008
Article of “Mold making technology supporting safety and environment when focusing on
                                 large-sized bezel mold” for 2008 CONFERENCE on DIE and MOLD TECHNOLOGY.

June 2010
Article of “For trouble avoidance at mass production molding” for 2010 CONFERENCE on DIE and
                                 MOLD TECHNOLOGY

Losecon-30

Losecon-30 image

LOSECON-30 is added to improve the performance of LOSECON-30. We have achieved rapid trial startup, improvement in the quality of molds and products, safety, simplicity, and cost reduction.

Engineering Services

Engineering Services image

Obtaining specific values of “Allowance” and “Operation” allows verification of strength validation in advance.
We propose that you cast away the idea of excessively strengthened structure and step into the idea of space- and energy-saving slim system.


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