Precision plastic injection molders

Widely adopted throughout the machine tool industry for its simplification of programming and complex machining operations, GE Fanuc’s CNC Manual Guide is keeping pace with the rapid advances in the company’s other CNC systems. A new i system is set to become a main feature on operating screens for GE Fanuc Series 16i, 18i and 21i CNCs. In addition to all capabilities previously available for lathe and milling machining (T and M versions), the i system offers a host of dynamic new facilities.

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For example, powerful part program editing provides the ability to cut and paste, or copy, a part of a program at will in a manner similar to that of conventional word processor software. Guidance messages are given as G- or M-code comments, in the form of a cursor pointing, displayed on the lower part of a screen. Also, insertion of a prefixed program is possible via a series of normal part program blocks registered as a prefixed program. Other new features include set-up guidance and animation sequencing.

GE Fanuc says that a new dual machining programming facility offers advantages to those many workshops where operators may not be familiar with both turning and milling, and where the machining motions of such dual part machining programs are difficult to check.

New Hot Runner Firm Offers Custom-Engineered Solutions

The new firm of Mold Manufacturer China Company. was established a few months ago by Harald Schmidt and Danilo Kozulic, whose extensive experience in hot runners includes more than 20 years in hot runner development. MHS’s new product and service programs complement runnerless molding applications of all plastic part sizes from less than 1 g to 5 kg in weight.

MHS’s focus is on custom-engineered solutions requiring special expert input that could be compromised in off-the-shelf systems. The MHS custom hot runner has been designed to offer distinct features for the widest range of applications, from thermoplastic automotive parts, electromechanical parts, and medical plastic components to injection-molded packaging parts.

Customers can expect an optimized design built and assembled with advanced components made from materials offering robustness and long-term performance. Hot runner systems can be shipped as built-in units, as prewired and pre-assembled systems, or as complete turnkey hot halves.

The new company offers hot runner service throughout North America with regional sales and service locations, and throughout Europe through its global partners in Germany at MHT Mold & Hotrunner Technology near Frankfurt. MHT is known for its high-cavity PET preform molds with up to 144 cavities

Rapid Injection Molding

What is More Convenient the Regular or Rapid Injection Molding

Plastic molding has been known as the most popular way of processing and creating plastic. There are three types of molding machines that is commonly used by most of the industrial companies nowadays. These are the electric, hydraulic, and the hybrid but there are two main processes that can be used in processing plastic these are the regular way and the rapid injection molding.

The regular way of injection molding involves the process of pouring plastic granules into the hopper and it slowly passes into the barrel where it is being heated and melted. The large screw passes the melted plastic into the mold where it is being cooled and finally hardens. Once the plastic has been solidified it will be ejected from the mold. However, the rapid injection molding uses the method of prototyping and conventional injection molding.

Compared to the regular process, the rapid injection molding is cost-effective and of course fast that will allow you to fix any problem encountered if the product design is not right. It uses an aluminum mold, which is unlike the hardened tool use in the regular process. The molds used in rapid injection molding consists of the A-side, which is also known as the cavity side, and the B-side, also known as the core side.

When choosing a design that will be used in the rapid process, make sure to avoid adding small features into the steep walls. Similar to the regular process, it is important that the mold has enough thickness that is equally distributed to avoid any damage into the product. There are different parts that are made from rapid injection molding and an example of this are some of the medical devices that is being used by most of the medical companies. medical companies need the medical plastic molding parts for the business as well.

Both of the processes have their advantages, but the best thing that you must do is to choose the one that will best meet to your needs.