film insert molding

 

Film insert molding

FIM in practical use

fim procedureFilm Insert Molding - FIM for short - is one of the injection molding processes that can be used to produce high-quality molded parts. LES GRAVEURS uses this process to produce plastic emblems. The design of the later emblem is already on the film, which forms the basis of the later emblem and which is back-injected with a plastic melt in the later process.

The first step in FIM is printing on the film, with a wide variety of printing methods being considered for this process. Screen printing in particular is a popular printing option. After printing, the film is formed three-dimensionally, which can be done in a variety of ways. One common form is vacuum thermoforming, but high-pressure forming can also be used for this step. The finished printed and formed film shape is then punched out of the film so that this shape already has the geometric features of the later injection molded part.

The final step in this process is the actual injection molding. The punched-out mold is inserted into an injection molding tool and fixed there. After the mold halves are closed, the plastic melt, which is liquid at the time, is pressed into the specified mold. As the melt solidifies, it then bonds with the printed film.

 

Advantages of film insert molding

Plastic emblems made with film insert molding technology have certain strengths over other manufacturing processes.

Especially in the field of design realization, this process offers many possibilities. The manufactured articles, which are of particularly high quality, can be changed quickly and flexibly in terms of design. In particular, subsequent changes with regard to the design can be made quickly and inexpensively. This means that the emblems can be individualized entirely according to the customer's wishes.

Various films with different textures and characteristics can be used to work with film insert molding technology. This allows flexible adjustment to the individual requirements of the subsequent product.

Darüber hinaus eignet sich diese Technologie insbesondere für die kostengünstige Anfertigung von Artikeln, die in sehr großer Stückzahl hergestellt werden.

 

 

Areas of application

Plastic emblems made with this technology can be used in a wide range of fields and industries.
  • Automotive industry (interior and exterior)

  • Medical technology and laboratory equipment

  • Household appliances (refrigerators, washing machines, etc.)

  • Design & Fashion Items

 

 

FAQ – Film-Insert-Molding (FIM)

What is Film-Insert-Molding (FIM)?
Film-Insert-Molding – also known as FIM – is an injection molding process where printed films are inserted into a mold and then back-injected with plastic. This results in a high-quality molded part with the design visible on the surface of the final product. This process is often used for producing plastic emblems.
 
How does the Film-Insert-Molding process work?
In the FIM process, a printed film is first shaped and then placed into an injection molding tool. Next, liquid plastic is injected into the mold, bonding the plastic with the film. The result is a stable part with a decorative surface.
 
What are the benefits of Film-Insert-Molding?
The FIM process offers numerous benefits, including design flexibility and fast, cost-effective adaptation options. It is ideal for products that are mass-produced and allows the use of different films for specific requirements. Moreover, it provides a high degree of design freedom and customization.
 
What types of films can be used in FIM?
Various types of films can be used depending on the requirements of the final product. Films with different characteristics and properties can be utilized, allowing the process to be tailored to individual needs.
 
For which applications is Film-Insert-Molding suitable?
FIM is used in many industries, including automotive, medical technology, household appliances, and fashion items. It is especially suitable for producing decorative and functional components that are durable and visually appealing.
 
How does FIM differ from other injection molding processes?
The main difference from other injection molding processes is that in FIM, the design is on a printed film integrated into the injection molding process. This allows for the creation of customized designs with high precision and flexibility while maintaining the functionality of the part.

 

 

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