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Design support

DESIGNING PLASTIC PARTS

 

Nowadays, injection molding is one of the most popular methods of manufacturing plastic parts. They are used in automotive parts, electronic housings, household appliances, medical equipment, bicycles and many others. Designing 3D parts is an essential step in creating a successful product that meets both the manufacturer’s goals and the needs of the final user. It involves balancing technical, economic and aesthetic requirements with the specific requirements of the user.There are several factors that must be considered when designing plastic components to make them possible to launch and to ensure that the injection molding process works properly. These include:

• material considerations for the intended application (temperature, chemical resistance),

• wall thickness,

• draft angles,

• corner radius,

• gate position,

• inclusion of ribs and protrusions,

• material shrinkage,

• special features (holes, undercuts).

 

The design of injection molded parts is optimized using injection molding simulation software such as Moldflow 3D. Using simulation during the design phase can help reduce physical mold issues. It allows the designer to modify and re-simulate the design to implement improvements. The mold tool should be designed so that the plastic part slides out easily. Working with an experienced plastic injection molding and engineering team can help avoid many of the issues that may arise during the design and development process. ALKAZ Plastics’ experienced design team understands the importance of this process and works closely with customers to determine product design specifications. By working with customers, we ensure that the final product meets their specific requirements and is optimized for success.

 

MOLD DESIGN

 

ALKAZ Plastics’ team of mold design experts has decades of experience building custom and technically advanced molds. We produce high-quality injection molding tools using the latest technology for maximum performance and durability. We work closely with our customers throughout the design process to ensure mold design specifications align with product design goals and manufacturing requirements. Our mold design process incorporates the latest technology and industry standards, ensuring molds are optimized for maximum performance and durability. At ALKAZ Plastics, we are committed and focused on meeting the unique needs of your plastic parts production. We will support you through every stage of the design process, then quickly and accurately implement your manufacturing project.

Produkcja detali z tworzyw sztucznych

CONSTRUCTION DEPARTMENT

 

The design department is a key place in ALKAZ Plastics. This is where designs, models, prototypes of manufactured parts, injection mold designs, and entire concepts of multi-element structures are created. All employees of this section are exceptionally competent and experienced in their field. Thanks to this, we can offer our customers professional and comprehensive service at every stage of production. In the design department, we employ specialists who make every effort to ensure that both designs and finished products meet all your expectations. We use proven programs, machines and tools that allow us to carry out various orders – from design, through 3D printing and plastic injection, to CNC services. At the beginning of each design project, we thoroughly familiarize ourselves with the client’s goals and requirements in order to prepare an offer that is ideally suited to their needs. We also develop a transparent cost estimate for the implementation of the design assumptions. As part of its activities, our design department deals with issues such as:

• design of details and parts

• 2D and 3D modeling

• rapid prototyping – 3D printing

• injection mold construction projects

• injection simulations

• cooling projects

• selection of product manufacturing method at the modeling stage

• cost estimation of entire projectsThe design process is complicated and requires not only theoretical knowledge, but also an extensive practical experience. For this reason, it is worth entrusting it to experts in the industry, including specialists from our company.

 

MOLD MANUFACTURING

 

ALKAZ Plastics increases quality and efficiency in the production of custom molds and products through rigorous engineering, solving molding problems and optimizing the efficiency of tool design and production. The injection mold structure and design directly influence various aspects of the final product, including its dimensional accuracy, surface finish, mechanical properties, and overall quality. A well-designed mold ensures that the plastic material flows properly into all areas of the cavity, cools uniformly, and can be easily ejected without defects. Factors such as the mold material, cooling system design, gate location, and runner system all contribute to the mold’s performance and, consequently, the quality of the molded parts. In this post, we will explore the injection mold structure in detail.

 

ALKAZ Plastics specializes in the design and production of molds for various applications, including automotive parts, medical devices, consumer electronics and industrial plastic components. We have an extensive experience in the production of precision molds for items such as automotive lighting, interior and exterior parts for electric cars and scooters, housings, transparent parts and demanding technical parts.

 

A high-quality mold production process is essential for the production of high-quality components while maintaining cost-effectiveness. By investing in the production of high-quality molds, the quality of the parts increases, while the overall project cost is reduced. The tool is usually made of two pieces of metal. A part-shaped cavity is cut into each side of the mold. The mold is usually made of aluminum, steel or alloy. Aluminum molds are cheaper to produce, but their durability is limited compared to steel molds and they must be replaced frequently. Steel molds can be repaired or modified by welding. High-quality steel molds can be used for up to a million cycles.

 

ALKAZ Plastics offers:

– prototype tooling, including prototype parts

– high-precision mass production molds

– multi-cavity molds and family tools

– precise and professional technical analysis, DFM, mold flow, feasibility study

– complex mold sets, for example 3D molds in one project produced in about 8-10 weeks

 

MOLD MAINTENANCE

 

Molds are a significant investment in the injection molding production process. The tools are also a key elements, as they are directly related to productivity, scrap rates, part quality, downtime and operating costs. Keeping molds clean and efficient is crucial to the profitability of a manufacturing operation.

 

LASER CLEANING OF INJECTION MOLDS

Spotless Mold Cleaning for Maximum Efficiency. At ALKAZ Plastics we know that clean injection molds are essential tools for manufacturing plastic parts. Dirty injection molds can lead to production issues and defects. Dirt and debris on the mold surface can prevent the plastic from bonding properly.

Dust or dirt interacting with the molten plastic during the molding process can lead to a variety of defects on the molded parts for instance:
– surface delamination
– black spots
– discoloration
– bubbles/voids, which can reduce strength and affect the appearance of the product
– in severe cases, dirt and debris can even damage the mold itself, requiring expensive repairs or replacement.

 

ALKAZ Plastics tool shop performs regular cleaning and maintenance to keep our clients’ molds in top condition. Currently, our tool shop takes pride in offering high-quality laser cleanig of injection molds. This technology provides residue-free cleaning to keep the molds in top condition. That is an extremely effective method of decontamining molds, because it removes unwanted materials such as resins, release agents, production residues, oxides and oils without damage to the underlying structure, or mold surface finish extending the lifecycle of the molds.

Laser cleaning is the most effective alternative to chemical cleaning, abrasive blasting, ultrasonic cleaning or other traditional methods.

 

KEY BENEFITS OF USING LASER to clean plastic injection molds include:
– Gentle cleaning for precision molds
– No wear and tear on the molds
– Reduced downtime in production

This cutting-edge technology can significantly extend the life cycle of our clients’ injection molds, and in particular improves component quality, increases production efficiency, reduces maintenance costs and reduces downtime.

 

Mamy przyjemność poinformować o wprowadzeniu do naszej oferty nowości , polegającej na innowacyjnym procesie wytwarzania detali z tworzyw sztucznych metodą wtrysku ciśnieniowego - wspomaganego ultradźwiękowo.
Dzięki czemu jesteśmy w stanie , wytwarzać elementy bardziej wytrzymałe w miejscach linii płynięcia. Miejsce to jest zawsze najsłabszym obszarem każdej wypraski z tworzyw sztucznych, dzięki zastosowaniu naszej nowej metody, wytwarzamy mocniejsze detale.

Wdrożenie rozwiązania było możliwe dzięki współfinansowaniu w ramach Programu Operacyjnego Inteligentny Rozwój, z poddziałania 3.2.1. Badania na rynek dofinansowany z Funduszy Europejskich.

Wsparcie rozwoju produktu

Plastic injection molding process is a cost-effective way to create plastic parts in low to high volumes. It involves injecting molten plastic material into a mold cavity, allowing it to cool and solidify, and then ejecting the finished part from the mold. ALKAZ Plastics provides custom plastic injection molding services, expert engineering support, and detailed consultations to ensure your specifications are met. Our capabilities include DFM feedback and fast turnaround times for low and high volume production runs. We produce parts ranging in size from 1 gram up to 800 grams.

 

INJECTION MOLDING OF PLASTIC PARTS

 

ALKAZ Plastics offers design, engineering, tooling and post-processing services. We offer cost-effective, high-volume plastic injection molding, creating high-quality parts for diverse industries. Plastic injection molding produces plastic products by melting plastic and injecting it into a mold cavity. The liquid mixture then fills the volume evenly and crystallizes to form the desired shape. Thanks to this method, it is possible to achieve high quality in products from a wide variety of fields. To implement the technology, complex and expensive equipment is used, which ensures high productivity.

We produce top-tier injection moulded plastic components for a wide variety of plastic products. These include consumer electronics, automotive interior trim, precise medical devices, plastic parts with high surface requirements, beauty device components, massager parts, watch plastics, electronics plastics, and more.

 

INSERT MOLDING

 

Nowadays, many products are made as a combination of metal and plastic parts. There are many reasons why insert molding is such a popular process. The relevant adventage among them is its cost-effectiveness compared to other inserting processes. Besides, it provides a reliable and strong attachment point for inserts, thereby improving the overall strength of the component. Insert molding is an injection molding process that involves adding inserts, particularly metal ones, into an injection-molded part. Placing the insert within the mold cavity occurs before molten plastic injection. Consequently, on cooling, the insert becomes a permanent plastic part.

Insert molding facilitates the manufacturing of strong, durable, and lightweight parts, which is why several industries are adopting this process. Besides, the metal inserts strengthen the mechanical properties of plastics  used during the insert molding process.

 

OVERMOLDING

 

Overmolding is an advanced plastic injection molding technique used to connect two or more thermoplastic materials into a single, unified part. This process begins by injecting the first thermoplastic, known as the substrate, which forms the core structure of the product. A second material, called the overmold, is then injected either around or onto the substrate, bonding with it as the materials cool. The overmolding technique enhances the durability, functionality, and aesthetics of products, commonly used in high-volume production for industries that require high-performance parts, such as automotive, medical devices, and electronics.

 

At ALKAZ Plastics, we specialize in custom plastic overmolding to boost the functionality and visual appeal of your components. Our expert team and advanced technology deliver seamless connections between materials, ensuring top-quality results.

 

2K MOLDING

 

2K injection molding, also known as two-shot or two-component injection molding, is a manufacturing process where two different materials or colors are simultaneously injected into a mold to create a single, finished plastic partThis technique allows for complex designs, improved functionality, and reduced assembly steps compared to traditional single-material injection molding. 

Here’s a more detailed explanation:
  • Simultaneous Injection:

    Two different materials, often a rigid material like polypropylene and an elastomeric material like TPE or TPV, are injected into the mold cavity at the same time. 

  • Material Combinations:

    This allows for various combinations of materials, colors, and properties, leading to products with a hard frame and soft grip, for example. 

  • Design Flexibility:

    2K molding enables the creation of complex parts with features that would be difficult or impossible to achieve with single-material injection molding. 

  • Reduced Assembly:

    By combining materials in a single molding process, 2K molding eliminates the need for post-molding assembly steps, which saves time and costs. 

  • Cost-Effective:
    2K molding can be more cost-effective than traditional methods because it reduces or eliminates the need for secondary operations like painting or assembly.

Zespół doświadczonych doradców i inżynierów przeprowadza naszych Klientów krok po kroku przez proces produkcyjny – od pomysłu, aż po gotowy wyrób z tworzywa sztucznego. Zapewniamy wsparcie techniczne na każdym etapie współpracy:

  • zaczniemy od omówienia potrzeb rynku i Twoich oczekiwań,
  • określimy możliwe rozwiązania produktu i oszacujemy budżet,
  • biuro projektowane przygotuje projekt przy użyciu programów inżynieryjnych,
  • następnie stworzymy prototyp i poddamy go próbom w celu uzyskania optymalnego efektu,
  • kolejny etap to projektowanie, testowanie i optymalizacja narzędzia wytwórczego (formy),
  • wykonanie formy wtryskowej
  • produkcja wyrobów z tworzyw sztucznych
  • wybór sposobu pakowania i dostaw.

Gwarantujemy nie tylko wysoką jakość detali oraz narzędzi, lecz również konkurencyjne ceny dzięki ciągłej optymalizacji procesów produkcyjnych i inwestowaniu w nowoczesny park maszynowy.

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Dział konstrukcyjny

Being present  in the market for over 30 years, we can  definitely say that we know how to implement our Clients’ projects effectively. Moreover, we are constantly developing the scope of our services, the quality of produced components and the level of service. We are continously looking for niche services and innovative solutions to fulfill our Customers’ visions and ideas even the most sophisticated ones. Responding quickly to our Clients’ needs and providing them excellent after-sales service is the key to building long-lasting relationships.

 

ULTRASONIC WELDING

 

Ultrasonic welding is an innovative technology for connecting plastics, metals, and fabrics, which uses the energy of ultrasound to create permanent connections between materials. Ultrasonic welding is an innovative technology that is used in many industries i.e. in the automotive industry it can be used to connect bodywork elements, or in the electronics industry to put together various electronic components, such as integrated circuits, printed circuits, or semiconductors.

Its ability to create durable, precise, and aesthetic connections makes it an attractive solution for manufacturers looking for effective methods of connecting different materials. Thanks to the continuous development of this technology, we can expect an increasingly wider use of ultrasonic welding in industry in the future.

 

PAD PRINTING

 

Pad printing is a modern printing technology used to apply patterns and 2D images to all kinds of 3D objects. The pad printing machine is relatively small and equipped with a flexible silicone cushion, the so-called pad, which tamps the paint from the embossed form onto the surface of the object. Using pad printing, patterns can be applied to various materials such as plastic, metal, glass, ceramics or wood.

This technology has many applications in various industries, including in the electronics industry to apply markings to the housings of electronic devices.

Pad printing is very precise and allows for the application of details even on small objects. It is also perfect for printing on irregular surfaces. Modern pad printing machines are equipped with advanced control systems that ensure excellent quality and repeatability of patterns.

 

PLASTIC SURFACE FINISHING

 

Surface finishes can enhance the appearance, improve the feel of a surface, or provide additional functional properties to plastic parts. Finishes are available in smooth or polished, semi-gloss, matte, and textured finishes.

 

The plastic surface finishes table provides clear information on the different surface finishes. As we know, choosing the right injection molded surface finish for your plastic product has several advantages. However, you need to do this as early as possible in the design process. This is because the surface finish will impact the machining process and other decisions. Therefore, it is helpful to work with a plastic injection molding expert who can help you understand the table and ensure that you make the right choice.

 

ASSEMBLY & PACKING

 

Packaging and assembly is a process carried out after or during the manufacturing process. It involves the use of a human or machine to assemble components according to the customer’s specification and package them appropriately for safe transport.

Assembly methods available:

– insert molding

– overmolding

– ultrasonic welding

– heating

– sealing with some string

 

We can supply complete sub-assemblies or complete products. This can include packaging the product and implementing a custom packaging. In addition, we can deliver the complete product in bulk directly to your customer. Our packaging and assembly is tailored to your individual requirements. We are open to discussions on the best way to deliver your product to you in the most efficient way possible.

 

ASSEMBLY

At ALKAZ Plastics we not only manufacture plastic parts, but also we provide several methods of assembly for instance:

– assemply of brass, stainless and steel inserts by

– ultrasonic welding

– heating

– pressing

– overmolding

– insert molding

 

ULTRASONIC WELDING

 

At ALKAZ Plastics we use ultrasonic welding in mass production. That is a fascinating technology that combines science and engineering to join materials without the need for extra adhesives or fasteners. By using high-frequency ultrasonic acoustic vibrations, we can bond workpieces together under pressure.
This technique is incredibly efficient and versatile, making it ideal for both plastics and metals.

 

INSERT MOLDING

 

Insert molding has become popular in plastic injection molding, being a unique way to combine the mechanical properties of plastic and metal for much stronger components. This technology is an excellent way to reduce assembly time and costs, increase the design flexibility and reliability, and reduce size and weight of the final product. Insert molding is a process that involves molding thermoplastic material around a brass, stainless or steel insert to create a completed part with multiple materials. Commonly insert molded parts include dials, metal threads and electronic housings.

 

One of the key advantages of ultrasonic welding is that it allows for the joining of dissimilar materials, creating strong, reliable bonds. This is particularly beneficial in industries like automotive, consumer electronic and the medical industry, where different types of materials need to be seamlessly integrated.
Additionally, the process is fast, efficient, and can be easily automated, which is a major plus for mass production.

 

PACKING

Oferujemy usługę pakowania produkowanych przez nas wyrobów zgodnie z indywidualnymi wytycznymi Klienta:

– w opakowania detaliczne i zbiorcze

– naklejanie etykiet, naklejek, kodów, hologramów

– wkładkowanie ulotek, broszur, insertów

– inne prace zgodne z oczekiwaniami Klienta