Europack Machines (India) Private Limited

Key Features & Materials

Trays are engineered to meet strict pharmaceutical standards: 

·         Materials: HIPS is often preferred for its impact resistance, while PVC and PET are common for transparent or flexible needs.

·         Sterilisation: High-quality trays are compatible with Ethylene Oxide (EO) or Gamma radiation sterilization.

·         Sustainability: Many modern trays are crafted from recyclable plastic and designed for eco-friendly pharmaceutical practices.

·         Customisation: Manufacturers typically offer custom cavity counts (e.g., 2, 5, or 10 compartments) and offset printing for branding and clear labeling. 

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• Plastic (HIPS, PET, PVC): These are the most common materials due to their durability, low weight, and cost-effectiveness. They are often thermoformed with custom-shaped cavities to protect the contents during transport.
  • HIPS (High Impact Polystyrene): Known for high strength and is often available in opaque white or black.
  • PET (Polyethylene Terephthalate): Frequently used for transparent trays, allowing for easy visual inspection of the contents.
  • PVC (Polyvinyl Chloride): A soft yet durable plastic that provides a snug fit and good protection.

• Ampoule Packaging Trays: These trays feature custom-shaped cavities to securely hold delicate glass or plastic ampoules, preventing movement and damage.
• Vial Packaging Trays: Designed with precision-cut slots or honeycomb structures to keep vials upright, which helps prevent spills and ensures product integrity during transit.
• Injection/Syringe Trays: These are specifically molded to hold syringes or injection kits, providing protection and organization for medical devices.
• Blister Trays: Often made from thermoformed plastic (like PVC or PET) with a foil or cardboard backing, these create individual, tamper-evident compartments for tablets and capsules.

Specialized Product Types & Pricing

Trays vary significantly based on their material and intended level of sterilization. 

·         Material Certification: Ensure materials are USP Class VI or medical-grade.

·         Custom Tooling: can create custom cavities for non-standard vials or devices

Technical Specifications & Features

Manufacturers typically categorize trays by material and design to meet specific laboratory or transport needs: 

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·         Materials:

o    HIPS: Rigid, impact-resistant, and commonly used for white, opaque trays.

o    PVC: Transparent and cost-effective; often used for standard blister packaging.

o    PET: Lightweight and recyclable, frequently chosen for its clarity.

·         Design Formats:

o    Blister Trays: Form-fitting cavities for individual vials to prevent contact and breakage.

o    Stackable Trays: Vertically interlocking designs to maximize storage in freezers or transport containers.

• Plastic Trays: The most common type, made from materials such as PVC (Polyvinyl Chloride), PET (Polyethylene Terephthalate), or HIPS (High Impact Polystyrene). They are usually produced via thermoforming or vacuum forming processes.
  • Features: Available in clear/transparent or opaque white/black colors, and customizable with various cavity counts (e.g., for 1, 2, 5, 10, or more ampoules) and thicknesses. They are lightweight and designed for single or combination packs (e.g., with vials).

• Description: These trays, made from materials such as PVC, HIPS (High Impact Polystyrene), PET, and polypropylene (PP), are the most common in the medical and pharmaceutical industries due to their durability and hygiene.
• Features: They have precision-molded cavities to hold each vial firmly, preventing movement and breakage. Many are designed to be stackable for efficient storage, chemically resistant to solvents, and can often be sterilized (e.g., autoclavable polycarbonate or PP trays). They offer high protection against moisture and contamination.

• Material: Made from Polyvinyl Chloride (PVC), which is a cost-effective and easily formable thermoplastic polymer. It provides good clarity, allowing for high product visibility.
• Protection: Offers good protection against moisture, contamination, and physical damage during storage and transport. They are often tamper-evident once sealed with a backing material (like paperboard or aluminum foil).
• Customization: They can be customized in terms of shape, size, color (transparent, black, white, etc.), and thickness to fit specific product dimensions and branding requirements.
• Design: Feature pre-formed cavities or pockets designed to snugly hold individual items. They are often stackable for efficient storage. 

• Pharmaceuticals: Packaging for tablets, capsules, pills, syringes, and other medical

• Clamshell Packaging: Hinged transparent boxes that fold over to enclose products like toys, hardware, or electronics.
• Pharmaceutical Blisters: Specifically designed for capsules and tablets, often featuring an aluminum foil backing for tamper resistance.
• Storage & Organizer Boxes: Small clear plastic containers with hinged or screw-top lids, used for organizing crafts, hardware, or medication. 

• PVC (Polyvinyl Chloride): This is the most common and cost-effective material due to its good formability and clarity, offering moderate barrier protection. It's widely used for general-purpose blisters for items like dry goods and stable medicines.
• PET (Polyethylene Terephthalate): Known for high clarity and strength, PET offers a better oxygen barrier than PVC and is often considered more eco-friendly and recyclable. It is ideal for premium-looking products and certain food items.
• HIPS (High Impact Polystyrene): HIPS is more rigid and impact-resistant than PVC, often used for heavier or bulkier items that require strength over transparency as it has a matte finish.
• Specialty Polymers (e.g., PVDC, PCTFE, COP): These are used for products requiring high barriers against moisture or oxygen, such as sensitive pharmaceuticals. They are often laminated as a coating on a base PVC or PET film to enhance protective properties. 

• Customization: Trays can be custom-designed with specific cavities to precisely fit the contours of a product, preventing movement, minimizing damage, and aiding in organization during transport or assembly.
• Material Properties: Manufacturers can select from various materials (e.g., PET, PVC, HIPS, ABS, HDPE, PP) to achieve desired properties, such as high impact strength, chemical resistance, temperature resistance, or anti-static (ESD-safe) properties for sensitive electronics.
• Cost-Effectiveness: The tooling costs for thermoforming are generally lower than other plastic molding processes like injection molding, making it efficient for both small and high-volume production.
• Efficiency: They are lightweight, which reduces shipping costs, and often designed to be stackable (when full) and nestable (when empty) to save valuable storage space.
• Visibility: When made from clear materials like PET or PVC, they offer excellent product visibility, which is beneficial for retail display and quality control inspections. 

• Electronics: To safeguard delicate components like circuit boards from physical damage and static discharge.
• Medical & Pharmaceutical: For the sterile and secure storage and transport of medical devices, instruments, and ampoules.
• Food Packaging: For ready-to-eat meals, fresh produce, bakery items, and meats, providing protection and maintaining freshness.
• Automotive & Industrial: To organize and protect intricate parts, fasteners, and components during manufacturing, assembly, and transport.
• Retail: Used as insert trays within boxes or for product display to enhance presentation and prevent tampering.