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 Rapid Mixer Granulator is a semi-automatic pharmaceutical packaging machine made of stainless steel, ensuring durability and hygiene in the manufacturing process. This high-quality machine comes with a warranty, providing peace of mind to users. While not computerized, it offers efficient and precise control, making it a valuable asset in pharmaceutical production. Its rapid mixing and granulation capabilities make it a reliable and essential tool for pharmaceutical packaging processes.

A Pharma Deduster is a machine used in pharmaceutical manufacturing to remove excess powder and dust from tablets, capsules, and other solid dosage forms. It employs gentle vibration and/or air currents to separate and collect loose particles, improving product appearance, quality, and preventing potential issues with downstream processes like packaging.

A multi-mill in the pharmaceutical industry is a versatile machine used for size reduction and processing of both wet and dry materials. It functions as a granulator, pulverizer, mixer, shredder, and chopper, all within a single, self-contained unit. This machine is crucial for achieving desired particle sizes and shapes, which are essential for tablet formation and other drug manufacturing processes.

A strip defoiler machine is used in pharmaceutical manufacturing to recover tablets or capsules from rejected or unsealed strip packaging. It separates the product from the foil packaging without damaging the tablets or capsules, allowing them to be reused in the packing process. These machines are designed with features like adjustable slitters, stainless steel components, and chutes for separate collection of the product and foil.

Maximize your pharmaceutical production with our cutting-edge double-track machine. Designed for high-volume manufacturing, this innovative system features two parallel tracks, effectively doubling your output and significantly increasing efficiency. By processing two product streams simultaneously, our double-track machine minimizes downtime and optimizes production flow, allowing you to meet demanding production schedules with ease. Experience unparalleled throughput and reliability with our advanced double-track technology, designed to elevate your pharmaceutical manufacturing operations."

A pharmaceutical water chiller is a specialized cooling system designed to maintain precise temperature control for various processes in the pharmaceutical industry, ensuring product quality and regulatory compliance. These chillers are crucial for maintaining specific temperatures during chemical synthesis, drug formulation, storage, and other critical operations, meeting stringent requirements of pharmaceutical manufacturing.