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Medical Blister: Features of an Excellent Product

The term “blister” refers to a pre-formed plastic packaging used to contain small items. The hallmarks of an excellent product, widely used in the medical field, are definitely its lightness, ease of handling, and ability to protect its contents.

Today, the medical sector mainly uses blisters for operating rooms.

Technical Features of the Medical Blister

Blisters consist of two components:

Cavity: This is a part made of deformable material such as plastic and aluminum, obtained by heating the blister using mechanical tools like thermoforming machines.
Lid: Which can be made of paper or plastic and carries information about the manufacturer and contents.

Medical Blister: Its Importance in the Operating Room

In the field of medicine, blisters are used for packaging pharmaceutical products like pills and other medicines. However, the primary use of medical blisters is in the operating room, where doctors need sterile, single-use instruments.

Among the advantages of using blisters in the operating room are the utmost hygiene they offer, along with the guarantee of always having an intact product, and the simplicity and ease of opening the packaging when needed.

The blister is widely used in the operating room for various reasons and offers many benefits. Here are some of the main advantages of using blisters in the operating room:

Sterility: Blisters are designed to maintain the sterility of surgical instruments and materials, post-irradiation or ETO gas, during storage, transportation, and handling. They are made of durable materials that prevent the entry of bacteria, microorganisms, and other contaminants into the sterile environment.
Protection from shocks and damages: The blister provides a protective barrier that reduces the risk of instruments getting damaged during handling and transportation. Delicate surgical instruments can be securely placed inside the blister, avoiding direct contact with other surfaces or objects that could cause damage.
Easy identification: The blister is often transparent or has a transparent window, allowing for easy identification of the instruments and materials inside without having to open the packaging. This enables healthcare professionals to quickly locate the necessary instruments for surgical procedures, reducing preparation times.
Contamination control: Blisters offer an effective barrier against contamination during transportation and storage. Surgical instruments are securely packaged inside the blister, minimizing the risk of contamination from dust, particles, or external substances.
Ease of opening: Blisters are designed for quick and easy opening, allowing medical staff to access the instruments efficiently without complex procedures. This helps reduce preparation time before surgery.
Traceability: Many blisters come with labels or barcodes that make it easy to trace surgical instruments, production batches, and other pertinent information. This can be useful for inventory management, quality control, and product recall tracking if necessary.

The most common material used for producing medical device blisters is PETg, and in other cases, PVC or PET.

How Blister Production Takes Place

Niada NBC produces blisters for the medical sector at high temperatures. The plastic film wrapped around a spool is unrolled and processed in a “pre-heating station” where it is brought to a temperature, varying based on the material used, where the plastic becomes malleable. The warm plastic is then moved to a second station where, using a high-pressure mold (between 4 and 8 bar), the various cavities are imprinted. After this process, the plastic is cooled and the mold removed, ensuring the shape remains imprinted on the film.

If you need to purchase the best blisters for the medical sector, you can turn to Niada NBC, always supporting pharmaceutical companies and businesses in the medical field. Contact us for more information!

Thermoforming: What It Is and When It’s Used

Thermoforming refers to the process of shaping plastic by heating a film and then molding it into the desired shape using specific molds. The shaped plastic is then trimmed and cooled, and specific machines are used for thermoforming.

Modern thermoforming plants, like those at Niada NBC, are designed to handle the entire processing cycle leading to the production of plastic shapes, and there are many different thermoforming techniques applied by specialized companies.

Different Thermoforming Techniques

While there are various techniques in thermoforming, NBC Niada specializes in vacuum thermoforming from reels and in creating packaging.

Vacuum thermoforming from reels is an industrial process used to produce three-dimensional plastic objects using a thermoformable plastic film sourced from a continuous reel. This process combines thermoforming – which involves heating a plastic film to make it flexible – with vacuum application to shape the plastic over a three-dimensional mold.

The process begins with a roll or reel of thermoformable plastic material fed into a specially designed vacuum thermoforming machine. The plastic film is then heated until it becomes soft and pliable. Next, the film is positioned over a three-dimensional mold, which can have the desired shape for the final product.

When the plastic film is correctly positioned on the mold, a frame is lowered over the sheet to create an airtight seal around the mold. A vacuum is then applied inside the mold by suctioning air through it. This vacuum creates a pressure difference between the upper and lower side of the plastic sheet, making the sheet adhere to the mold’s surface and shaping it as desired.

Once the plastic film has completely adapted to the mold, it’s rapidly cooled to solidify and maintain the shape. The elastic membrane or frame is then lifted, and the thermoformed object is extracted from the mold. Excess material is trimmed or removed, and the final object can be further processed or refined, if necessary.

Vacuum thermoforming from reels is widely used for producing a range of plastic products and packaging, like blister packaging, containers, automotive industry component trays, and many more. It offers numerous benefits, including design flexibility, production efficiency, and the ability to create packaging with intricate and detailed shapes.

What Is Thermoforming Used For?

Thermoforming is used to produce packaging for hardware, plumbing, DIY, household items, automotive, and other plastic items. This is why it’s essential for manufacturers to review a wide range of plastic materials before starting the production cycle to always achieve the desired final product.

What Are the Benefits of Thermoforming?

There are many advantages to this plastic processing technique, including the ability to print extremely thin thicknesses.

This translates into significant economic convenience for businesses, adding value from a modern and innovative process like thermoforming.

If you believe in a technique capable of revolutionizing the production of plastic items and are looking for a company specializing in thermoformed product production, Niada NBC is the answer to your needs. Discover our product range and contact us for more information!

Space-saving thermoforms: Solutions for advanced logistics

“Space-saving thermoforms” are containers designed to optimize the storage and conservation space of objects or products. These thermoforms are made using a thermoforming technique, which involves heating a plastic film and shaping it into a specific form.

The distinctive feature of space-saving thermoforms is their ability to stack or nest multiple containers efficiently, minimizing the space they occupy. Often, these containers are designed with special shapes or edges that securely interlock, allowing them to be stacked without falling or sliding.

Space-saving thermoforms are widely used in a variety of industries, such as the food industry, pharmaceuticals, electronics, and logistics. They can be used for packaging and storing food products, medical devices, electronic components, toys, and many other items.

Using space-saving thermoforms allows for the optimization of storage space usage, simplifies product management and organization, and reduces transportation and storage costs.

What is the role of thermoforms in advanced logistics?

Thermoforms are widely used in advanced logistics for various purposes. Here are some common uses of thermoforms in logistics:

Protective packaging: Thermoforms are used to protect and package sensitive products during transport. These containers can be custom-designed to fit the product perfectly, ensuring optimal protection from impacts, weather conditions, and other potential damages.
Inventory organization and management: Thermoforms can be used to organize and segregate items within a warehouse or distribution center. With their tailored shape and stacking capability, they allow for maximizing available space and simplifying the search and retrieval of items.
Space waste reduction: Space-saving thermoforms are particularly useful in reducing space usage during transport and storage. Thanks to their stacking ability and optimized object placement, they maximize the use of space within transport containers, pallets, or vehicles.
Traceability and security: Thermoforms can be equipped with labeling systems or barcodes to ensure proper item traceability along the supply chain. Moreover, they can be designed with closures or security seals to prevent tampering or theft during transport.

NBC Niada’s space-saving thermoforms for mass consumption products

NBC Niada develops and offers the NIBOX® plastic blister series. These blisters, also commonly known as hangable cases, are versatile and customizable, widely used in retail, but also, above all, in the hardware and household sectors, plumbing, stationery, bijoux packaging, printer cartridges, and many other fields.

NBC Niada’s NIBOX® blisters are made from 100% recyclable PET and feature a sturdy snap closure, allowing for manual, quick, fast, and secure packaging without the need for additional equipment and technology.

The Niada Group has also paid special attention to accessories and covers for the latest generation smartphones, developing specific and dedicated formats according to reference standards, in addition to a flat-backed BIVALVE NIBOX® line, mainly designed for printer cartridges.

Pressure Thermoforming: A Technique to Know

Pressure thermoforming, also known as vacuum thermoforming, is a manufacturing process used to create three-dimensional thermoplastic products. This method is popularly employed in the manufacturing industry to produce items such as containers, packaging, automotive components, household items, and many others.

The pressure thermoforming process involves heating a sheet of thermoplastic material, like polystyrene (PS) or polyethylene terephthalate (PET), until it becomes pliable. This thermoplastic sheet is then placed over a mold or template that represents the desired shape of the final product. A pressure system then exerts force downwards to adhere the sheet to the mold.

After the thermoplastic sheet takes on the shape of the mold, it is quickly cooled to solidify it. The thermoformed product is then removed from the mold and may undergo further finishing or assembly operations.

Benefits of pressure thermoforming include greater precision in reproducing details, the ability to work with thicker materials, and the capability to produce intricate parts with thin walls. It’s a relatively swift and efficient method, suitable for the mass production of plastic packaging.

What is pressure thermoforming used for?

Pressure thermoforming is utilized across various sectors and industries to manufacture a wide range of packaging. Some primary sectors employing pressure thermoforming include:

Packaging: Pressure thermoforming is used to produce containers, trays, and blisters for packaging food, pharmaceuticals, cosmetics, and other consumer goods. These thermoformed products provide protection, presentation, and preservation of the packaged items.
Automotive Industry: Pressure thermoforming is extensively used for producing trays that handle internal, external, and semi-finished components in the automotive industry. It provides a lightweight, durable, and high-quality solution for car components.

What are the advantages of pressure thermoforming?

Thermoforming under pressure offers several advantages over other production processes. Here are some of the main advantages of thermoforming under pressure:

Precision and Detail: Achieves higher accuracy in reproducing intricate details, sharp corners, reliefs, gradients, and other complex features, resulting in high-quality finishes and superior aesthetics.
Uniform Thickness: Ensures consistent material thickness distribution in the formed part, crucial for parts with thin walls to guarantee uniform strength and durability.
Works with Thick Materials: Enables work with thick thermoplastic sheets, allowing the creation of sturdier and more durable structural components.
Material Flexibility: Compatible with a range of thermoplastics like polystyrene, PET, PVC, and many others, offering greater flexibility in selecting the most appropriate material for product specifications.
Reduced Material Wastage: Minimizes waste as the compression of the thermoplastic sheet against the mold lessens the chance of deformities or distortions.
Production Efficiency: An expedient and effective process, apt for mass-producing plastic packaging, enabling high-volume production in reduced times.
Customization & Design Flexibility: Can produce packaging with varied sizes, shapes, and finishes to meet specific customer requirements.

Why Choose NBC Niada

If you need thermoformed plastic products for various industrial uses, NBC Niada offers a broad range of solutions to meet any requirement. Contact us for information and discover the quality of our thermoformed products for the medical, food, cosmetics, automotive sectors, and every other domain and company.

What is vacuum thermoforming?

Thermoforming is the process of shaping plastic to create blisters and countertop displays used in the medical, luxury cosmetics, automotive, and food sectors, among others. Today, thermoformed products are widespread and play a significant role in our daily lives.

Companies looking to purchase plastic thermoformed products can rely on the 40-plus years of experience from Gruppo Niada, one of the world’s leading companies in offering thermoforming solutions and 100% Italian quality thermoformed products.

Features and uses of vacuum thermoforming

Vacuum thermoforming is a production process used to create plastic products by combining heat and negative pressure. It is a common technique used in the manufacturing industry to produce complex-shaped plastic products like packaging, containers, trays, wraps, and many other items.

The vacuum thermoforming process involves several steps. Initially, a plastic film is heated until it becomes flexible. This film is then placed over a mold shaped to the desired final product. A vacuum is created between the plastic film and the mold, typically using a vacuum pump, to draw out the air and make the plastic adhere to the mold.

Once the plastic sheet fits the mold perfectly, it is rapidly cooled to solidify. At this point, the thermoformed product can be removed from the mold.

Vacuum thermoforming has several advantages over other production processes. It can produce plastic products with intricate details and complex shapes. It’s also a relatively quick and efficient process, enabling the production of large batches. Moreover, vacuum thermoforming can work with various plastics, including polystyrene, PET, PVC, and many others.

This process is widely used across several industries like packaging, electronics, medical, and automotive to craft a broad range of plastic products tailored to specific client needs.

Advantages of vacuum thermoforming

Compared to other molding processes, vacuum thermoforming has numerous benefits:

● Use of cost-effective materials and the ability to carry out the process in a short time;

● Works with many plastic types;

● Achieves minimal thicknesses and complex surfaces not possible with other methods;

● Flexible production;

● Customizable design.

Especially, purchasing a vacuum thermoformed product from NBC Niada allows businesses to gain benefits in terms of:

Design flexibility: Vacuum thermoforming can craft products with complex shapes and intricate details. It can create products with thin walls, rounded edges, curved surfaces, and other features that might be hard to achieve with other production methods.
Reduced mold costs: Compared to other manufacturing methods like plastic injection, vacuum thermoforming requires less expensive molds.
Production speed: Vacuum thermoforming is generally a quick and efficient process. After mold preparation and heating the plastic film, the forming cycle typically takes just a few minutes, enabling large product quantities in a short period.
Customization: Vacuum thermoforming allows plastic products to be tailored to specific client needs. Changes in design, size, and product details can be made without significant mold alterations.

Equipment for vacuum thermoforming typically costs less than for other production processes like plastic injection, making it more accessible for small to medium businesses aiming to produce plastic items.

Operating Room Blister Packs

In operating rooms, sterile blister packs are used to contain surgical instruments, gauze, and other medical materials. Sterilized blister packs are designed to maintain the integrity and sterility of the instruments until they are opened at the time of the surgical procedure.

Sterile blister packs can be made from various materials, including plastic, aluminum, or a combination of both. The choice of blister pack often depends on individual hospital preferences and surgical team regulations. Plastic blisters are commonly used and can be transparent or bluish. The plastic used is typically rigid to protect the instruments and maintain their integrity during transport and storage.

Why Choose Thermoformed Blister Packs for the Operating Room

Thermoformed blister packs are a popular choice for operating rooms for several reasons:

Visibility: Thermoformed blister packs can be made with transparent or semi-transparent materials, like rigid plastic, allowing for visibility of the instruments inside without opening the blister. This feature is especially useful for quickly identifying desired instruments during surgical procedures, reducing the risk of mistakes or delays.
Protection: Thermoformed blister packs offer physical protection to surgical instruments. The rigid plastic used in thermoforming is shock-resistant and protects against mechanical stress, reducing the risk of damage or deformity during transport and handling. Moreover, thermoformed blister packs protect instruments from contamination by dust, bacteria, and other external agents.
Ease of Opening: Thermoformed blister packs are designed for quick and easy opening. They can come with strips or tabs that facilitate the removal of the protective cover without needing additional tools or instruments. This saves time during surgical procedures, helping to maintain the efficiency and fluidity of the operation.
Regulatory Compliance: Thermoformed blister packs are designed to meet specific safety regulations and requirements for use in the operating room. They are developed following the guidelines and recommendations of relevant health authorities, ensuring they meet the required standards for a sterile environment.

NBC Niada’s Operating Room Blister Packs

NBC Niada operates through a team of specialized technicians, developing customized solutions based on different requirements. They provide thermoformed and standard valves for the medical and pharmaceutical sectors, specific products for medical, pharmaceutical, dental implantology, systems, and electromedical devices.

NBC Niada is committed to creating the final product following specific design and development stages, working in suitable environments within the company, through a meticulous and rigorous control system of the entire production chain, ensuring complete customer confidentiality.

To guarantee safety, several protocols are followed: medical thermoformed items, for instance, are placed inside special polyethylene bags and subsequently packed in boxes.

NIMED VALVE, THE PATENT DESIGNED FOR OPERATING ROOMS

Among the latest innovations of the Niada Group stands out the special line of Standard NIMED Valves, made from PETG material and irradiable through any sterilization system. This type of valve can comprise 3 sets of double packaging and is ideal for pre-opening and opening in operating rooms.

Contact us for more information about our thermoformed blister packs for the medical field and operating rooms: we will offer the most suitable solution for your needs!

Thermoformed Packaging for High-end Cosmetics: Durability and Aesthetics

Thermoformed packaging is used to package lotions, serums, facial masks, and other cosmetics. Thermoforming is a process that involves heating a plastic film, typically PET, PS, or PVC, until it becomes soft and malleable. Then, the film is placed over a mold or form, giving the material its desired shape through pressure and suction.

Here are some advantages of thermoformed packaging in the cosmetics industry:

Aesthetics: Thermoformed packaging allows for the creation of attractive and customized packages that capture consumers’ attention. They can be crafted in various shapes, sizes, and colors to match the brand’s identity or the product theme.
Product Protection: Thermoformed packaging offers effective protection for cosmetics. The plastic material can be designed to be resistant to shocks, sunlight, and moisture, ensuring the product’s safety during transit and extending its shelf life.
Product Visibility: Transparent thermoformed packages allow consumers to clearly see the product inside without opening it. This feature is particularly useful when wanting to showcase the color, texture, or other properties of the cosmetic.
Customization: Thermoformed packaging offers design flexibility and can be tailored to meet specific product needs. They can include internal compartments to separate different components or facilitate cosmetic application.

In addition, those who rely on specialized companies like NBC Niada can count on the integration of labels, logos, and other product information. This allows brands to clearly and visibly communicate the cosmetic’s features, usage instructions, and composition details.

Generally, thermoformed packages are less expensive than other packaging options, like glass containers. They are lightweight, easy to produce in bulk, and require fewer additional packaging materials.

Features of Thermoformed Packaging

Thermoformed packaging is gaining popularity in the industrial realm and is also employed in the high-end cosmetics sector for specific features.

Thermoforms are designed to perfectly fit the products, reducing wasted space in the packaging and optimizing logistical efficiency. This means more products can be safely transported and stored in a reduced space.

It’s a solution known for its ease of opening and usage: thermoforms can be designed with easy-open features, such as tabs or grip holes, simplifying the package’s opening for consumers. Moreover, they can be made with inserts or internal compartments to organize and separate product components.

Lastly, it’s a cost-effective packaging solution. They are made using efficient production technologies, can be produced in large quantities, and require fewer materials than other packaging options, like rigid containers.

NBC Niada’s High-end Cosmetics Thermoforms

NBC Niada’s thermoformed packages for high-end cosmetics are characterized by their innovative and elegant design and are made with top-quality, recyclable materials, adhering to the Made in Italy standards.

The design, a result of accumulated expertise, is developed based on the client’s project, offering extensive customization possibilities. Prototyping and mold construction are carried out internally, just like the entire NBC Niada range. Custom screen printing and pad printing services are also available upon request.

NBC Niada’s thermoformed packages for cosmetics are excellent display bases, inner box inclusions for gift kits of creams and perfumes, blisters, or specialized containers, effectively enhancing the product’s aesthetic appeal.

NBC Niada guarantees high-quality products according to the highest standards. For several years, they have acquired the ISO 9001 certification, globally qualifying the company.

Industrial Handling: Technical Trays

Technical trays for industrial handling are devices used for transporting and handling materials within an industrial context. These trays are designed to be robust and functional, facilitating the transfer of goods and materials from one point to another within a workspace.

Technical trays can be made from various plastic materials like PS or PET, depending on the specific needs of the industrial application. They are designed with appropriate dimensions and shapes to securely and efficiently contain the materials to be handled.

These trays may come with handles to aid in transporting and handling the materials. They can be employed in various industrial sectors, including manufacturing, logistics, automation, inventory management, and shipping.

Technical trays for industrial handling help optimize production processes, reduce errors, and enhance overall efficiency within an industrial work environment.

Why choose a thermoformed technical tray?

Thermoformed technical trays are suited for industrial handling for several specific reasons:

Strength and Durability: Thermoformed trays are made using high-quality plastic materials, such as polystyrene (PS) or polyethylene terephthalate (PET), which give them strength and durability. These materials can withstand the mechanical stress and strains typical of the industrial environment, ensuring the trays can resist impacts, shocks, and abrasions.
Customization: Thermoformed trays can be easily customized to fit a company’s specific material handling needs. The thermoforming process allows trays to be created in various sizes, shapes, compartments, and features based on the specific application’s requirements. This maximizes space usage and organizes materials efficiently.
Lightness: Despite their strength, thermoformed trays are lightweight compared to other materials like metal. This makes their transportation and handling easier, reducing the strain on equipment and personnel.
Hygiene and Cleanliness: Thermoformed trays are designed to be easy to clean and sanitize. Being made of non-porous plastic materials, dirt, residues, or contaminants can be easily removed using appropriate cleaners. This feature makes them suitable for industries requiring high hygiene standards, such as the food or pharmaceutical sector.
Cost-efficiency: Thermoformed trays are generally more affordable than alternatives like metal or fiberglass trays. The thermoforming process allows for mass production of trays at reduced production costs, making them a cost-effective choice for industrial handling operations.

What are the benefits of using a technical tray for industrial handling?

More and more companies are turning to producers like NBC Niada for thermoformed technical trays due to the many advantages they offer:

Material Organization and Protection: Technical trays are designed with compartments or dividers allowing materials to be organized neatly and securely. This prevents damage, breakage, or unwanted mixing during handling and transportation.
Operational Efficiency: Technical trays facilitate material management within the workspace. They reduce the time and effort required to locate, pick up, and transfer materials, enhancing production process efficiency.
Downtime Reduction: A well-designed technical tray provides all the necessary materials for a specific task or process in one unit. This minimizes downtime caused by searching or waiting for scattered or missing materials.
Safety: Technical trays can be equipped with locking mechanisms or lids to ensure material safety during handling. This prevents accidents, damage, or injuries due to spillage or accidental material movement.
Easy Handling: Technical trays are designed to be lightweight and easy to manage. They often come with handles, grip holes, or devices to facilitate manual or mechanized transport and handling.

NBC Niada’s Technical Trays for Industrial Handling

From NBC Niada’s research and development comes a range of technical trays suitable for the industrial handling of small parts and semi-finished products, perfect as box inserts.

Completely customizable and made based on the design provided by the customer using materials of their choice: PVC, 100% RECYCLABLE PET, PS, and Flocked PS available in various colors with further customization through screen printing or pad printing.

Upon request, NBC Niada’s technical trays come with a lid and are designed with an expansion system for safe handling, optimized storage, and quick shipping. In any case, it’s a versatile and practical product available in reusable or disposable versions. Contact us to discover our products and get more information!

Counter Displays: Which Materials to Choose?

A counter display refers to a sales accessory located at the checkout area or other store zones, aimed at enticing customers to make a last-minute purchase. This is a tool that enhances impulse buying of smaller items and is crafted using various plastic materials.

What are counter displays used for?

Contrary to popular belief, counter displays aren’t seen as cumbersome or unproductive for the business. In fact, counter displays are easy to use and can be positioned in various store areas based on requirements. Regardless of their shape, color, or material, they’re flexible objects designed to catch customers’ attention.

Among the primary benefits of modern counter displays are their compact nature, perfect for tables and counters, versatility in shape, material, and features, and their ability to prompt customers to purchase displayed products. They’re an optimal solution for showcasing smaller-sized merchandise, and there are various types of counter displays.

Types of Counter Displays Available

Counter displays come in various materials. The choice of material for the best counter display depends on the product and its application, but the market offers a broad selection, enabling each business to have its custom plastic counter display.

Characteristics of Plastic Counter Displays

From Niada NBC, businesses can purchase counter displays made of plastic, renowned for their durability and ability to hold even very heavy items. Consider their use in fairs and stores as large display panels or solutions to create specific corners. Unlike cardboard counter displays, plastic ones can be used both indoors and outdoors, suitable for corporate events, outdoor activities, and exterior shop setups.

Furthermore, these displays can be tailored in shape, color, printed information, and are amenable to various processes and finishes.

Plastic Countertop Display: A More Durable Product Than Cardboard

Plastic countertop displays. Below are some points to consider:

Durability: Plastic displays tend to be more resistant and durable compared to cardboard ones, which can be more easily subject to damage, wear, or deformation. A longer lifespan can mean a longer useful life for the plastic display and, consequently, a lower need for replacement.
Recyclability: Although plastic is often associated with recycling issues, certain types of plastic used in displays can be recyclable. For example, 100% recyclable PET (Polyethylene terephthalate) plastic.

The Multi-Slot Counter Display Solutions from Niada NBC

Niada NBC offers businesses a broad selection of multi-slot counter or shelf displays suitable for showcasing on shelves or counters or as customized box interiors. Our range of counter displays is developed based on the client’s design, but we also offer standard solutions crafted in PVC, 100% RECYCLABLE PET, PS, and choice-colored flocked PS. Upon request, the client company can also avail of our screen printing and pad printing services.

NBC Niada Thermoforms: Features, Types, and Uses

NBC Niada offers a thermoforming service, presenting a range of high-quality thermoformed products and plastic blisters.

What Are Thermoforms and What Are They Used For?

An NBC thermoform refers to a plastic product suitable for both industrial and non-industrial use, designed to contain and protect the product from external agents and act as protective packaging.

Thermoformed packaging is produced through a high-temperature forming process, in which the material is heated and then shaped to perfectly fit the form of the object to be packaged.

This type of packaging is mainly used to provide an effective protective barrier against contamination and ensures the safety of operators handling the material. It is a process applied in the automotive, high cosmetics, and medical sectors, where NBC Niada stands as a benchmark and industry-leading company.

Types of Thermoforms Available on the Market

NBC Niada specializes in reel thermoforming, noting that there are two different types of thermoforms:

Reel Thermoform: These are thermoformed products wrapped from a reel and cannot achieve large thicknesses. This is the type of thermoform proposed to customers by the Niada Group.
Sheet Thermoform: These are thermoforms worked with greater thicknesses.

The main differences between these two types of thermoforms are the thickness of the raw material and the format, as sheet thermoforms allow for more substantial products to be made.

Thermoforms for Automotive, Medical, and High Cosmetics: Features

NBC Niada offers companies thermoformed blisters suitable for containing sealed medical devices. It’s essential to note that NBC Niada does not handle packaging but only the plastic part.

Another type of thermoform is for the industrial and automotive sectors. An example is technical trays for the industry, allowing the operator to remove products from a machine and place them in the tray for movement within the company. These thermoformed trays are also stackable.

Among the thermoforms for the high cosmetics sector are box interiors containing creams and perfumes, and in this case, the plastic mold is a thermoformed product made by NBC Niada. Lastly, we have spherical displays and other product types always suitable for various business and commercial uses.

What Are the Characteristics of the Best NBC Thermoform?

The best NBC thermoform should have the following characteristics:

Durability: The thermoform should be sturdy enough to protect its contents during transportation and storage.

Ease of Use: The thermoform should be user-friendly, ensuring quick evacuation in emergencies.

Versatility: The thermoform should adapt to various shapes and sizes of objects to be packed, allowing for protection of different material types.

Furthermore, the NBC thermoforms proposed by Niada NBC are produced according to international quality standards and have the appropriate certification to ensure product safety and reliability. Contact us for more information!