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    How To Make The Last Product Easily

    2008/8/12 11:01:00 41811

    The sustained and rapid development of shoe last and shoemaking industry can be said to benefit from NEWLAST's vision and persistent research. It used to be a small company with many ideas. Nowadays, users are using NEWLAST technology and patents as reference when they use the most modern technology in the core parts of shoe last and footwear products.

    Breaking New Ground

    Before discussing the latest discoveries of NEWLAST researchers and development teams, let us first review its previous achievements and development history.

    In the past 1996-97 years, NEWLAST workers and some important shoe last manufacturers tested the new technology of NEWLAST digital last generation with great courage. At that time, they also realized that the new shoe last digital design and manufacture equipment could carry out the copy of the last type very well.

    The "cloud point" of the last type was finally captured into the database file, and then made by the new CNC rough machining and finish machining.

    This is not only a small step forward, but a new shoe last production mode.

    When developing the prototype of the die successfully, NEWLAST found some difficulties which hinder the next development.

    After further in-depth analysis of these difficulties, the following problems are found: incomplete production procedures and inability to adapt to market development.

    NEWLAST believes that in order to improve their products and adjust all the components in shoemaking, it is necessary to find a starting point, for example, the core part of shoes - shoe last.

    They decided to study and explain a project to organize a system to adjust every process of shoemaking process, from manufacturing shoe last to making finished shoes, and shoe last is still the primary entry point.

    NEWLAST's research is going on in this direction.

    After several years of complex research and important investments, an optical 3D scanner, DIGISCAN, was born.

    This instrument can read "finished shoe last" and record the surface data without assistance.

    This is not a small achievement.

    Through the new FRV file format, the user can get the details of the shoe last surface, which can give very important additional values to the CAD function, such as precise template and automatic adjustment.

    At the same time, it can also reproduce the "prototype" in a high degree of clarity.

    The biggest goal is to enable the CNC instrument to remove the toes and heels very accurately.

    To tell you the truth, until now, many companies in this industry still operate manually, and this is a device that can be automatically and meticulously operated and can be automatically synthesized in the actual CNC working system.

    DIGISCAN is not only the second step on the way to Pyramid, but also another option in the manufacturing process of shoe last.

    In the development project initiated by NEWLAST, it is actually a "tool" to achieve the final goal.

    The latest discovery of NEWLAST

    The advantages given by DIGISCAN are not very good.

    In the final finishing operation of rough machining, shoe last still plays a supporting role.

    It is necessary to use NL.F2PC to process all the toes and heels.

    In the logic of the standardization of production processes, NEWLAST researchers have realized that there must be a high level of technical replacement through past experience.

    Roberto Carlone, President of NEWLAST, said: "the world is getting smaller. We are always facing competition and challenges, and are ready to know who the good intentions come from.

    Because the main companies in this field, whether in Europe or Asia, are still watching, rather than leading the market as we do.

    Asian companies have begun producing similar products, but neither products nor quality are better than ours.

    In Europe, as we have predicted, things are better. They already understand the importance and benefits of our project.

    But as long as the latest machine is concerned, its competitiveness is still the initial stage of research.


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