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Machines for Making Trans Dermal Patches

  • Writer: Pranav Trasy
    Pranav Trasy
  • 1 day ago
  • 1 min read

Trasy Enterprises is a specialized engineering company offering advanced machinery solutions for the manufacture of transdermal patches designed to help restrict travel sickness, using hot melt adhesive technology. With a strong focus on precision, reliability, and process efficiency, Trasy Enterprises supports pharmaceutical, herbal, and wellness product manufacturers seeking consistent, high-quality patch production.

The machine developed by Trasy Enterprises is engineered to apply medical-grade hot melt adhesive uniformly onto release liners or backing films, forming the functional base of transdermal patches. This controlled coating process ensures accurate adhesive thickness, excellent bonding strength, and optimal skin contact—critical parameters for patches intended to deliver active ingredients steadily and comfortably during travel.

Designed for anti–motion sickness and travel wellness patches, the system is compatible with herbal formulations, essential oils, and non-drug actives commonly used to alleviate nausea, dizziness, and discomfort associated with road, sea, or air travel. The hot melt process eliminates the need for solvents, making production cleaner, safer, and environmentally friendly.

Trasy’s machine features precise temperature control, adjustable coating width, variable speed operation, and modular construction, allowing manufacturers to customize output according to product size and capacity requirements. The equipment supports continuous production, reduces material wastage, and ensures repeatable quality across batches.

Built with robust components and user-friendly controls, the machine is suitable for both pilot-scale and commercial manufacturing. By combining proven hot melt coating technology with application-specific design, Trasy Enterprises empowers manufacturers to produce reliable transdermal travel sickness patches that meet modern quality and regulatory expectations, while maintaining operational efficiency and scalability.

 
 
 

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