The Punching Tool are made with precision according to the Blister Machine.

Key Components of a BQS Machine Change Part Set: Forming Plate: Determines the shape and depth of the blister cavities. Sealing Rollers/Plates: Used for sealing the blister packs, ensuring airtight closure. Punching Tool: Cuts the individual blister packs from the web. Feeding System Assembly: Controls the feeding of packaging material and product into the machine. Indexing System: Moves the packaging material through the machine in precise increments. Guide Tracks: Direct the movement of the packaging material and components. Cooling Plate: Helps in cooling the sealed blister packs. Main Cam: Drives various machine operations. Cross Perforation Tool: Creates perforation lines for easy separation of individual packs. Plug with Plug Holder, Plug Plate, Plug Guide Plate: These components are part of the blister forming process.

The “Miniblis” is a type of blister packaging machine, specifically designed for pharmaceutical and nutraceutical applications. It's known for its compact size, versatility, and suitability for small-scale production and R&D, particularly for various blister pack configurations. The machine can handle both thermoforming and cold-forming, and can be upgraded to handle tropical blister applications. The Change Part consists of the following parts: 1. Punching Tool, 2. Forming Die, 3. Blow head, 4. Guide Track, 5. Indexing Guide Track, 6. Upper Sealing Plate, 7. Lower Sealing Plate.

The Dust Collector is a manual control pharmaceutical packaging machine made of stainless steel. This high-quality machine is designed to effectively collect dust and debris during the packaging process, ensuring a clean and safe working environment. With its durable stainless steel material, this dust collector is built to last and withstand the demands of pharmaceutical packaging operations.

A Vibro sifter is a piece of industrial equipment used for separating materials based on particle size through vibration. It utilizes a gyratory motion to move materials across a screen, allowing particles smaller than the mesh size to pass through while larger particles are retained. These machines are commonly found in industries like pharmaceuticals, food processing, and chemicals.