The advantages of an injectable powder filling line are numerous. In order to avoid crossover contamination while charging the powder, the hopper was specifically created. For cleaning, this line is simple to disassemble. It has an autoclaving system and all of its contact parts are made of SS316. Its two most important characteristics are the automatic infeed and exit of vials. There must be a three-phase electric supply, a minimum load of five HP, and a 2/3 bar air pressure. A tool-free doctor blade adjustment is another feature. This machine can fill 120 containers per minute.

An injectable powder filling line must include a dry heat steriliser. Compactness and GMP compliance are among its qualities. It gives the ability for customised automation and is appropriate for both small and big batch production. These sterilisers can fill up to 1000 pieces of tiny vials every hour. Additionally, they offer options for automatic infeed and plunger stopper positioning.

Washable vials and ampoules can be sterilised with this product. Double-door gaskets for optimum security and to reduce air passage in the sterile area are part of the high-quality construction. Low-temperature sterilisation is possible because to its double-door gaskets, and the Membrane Filter Holder protects against pressure difference. For maximum safety, the membranes are enclosed in silicone. To stop leaks, it features an under drain support.

The totally stainless steel finish, built-in turn tables, and rubber stopper are all features of the automatic injectable powder filling machine. Its independent drives ensure that the product is not polluted during the process and match the fill volume. Cleaning and maintenance are made simple by the parts’ ease of removal. The device has a safety clutch mechanism, an autoclavable glove box, and an LCD screen for showing output.

A high-quality injectable powder filling line contains a number of crucial features. To begin with, it can precisely measure and fill glass vials with sterile injectable powder. The bulk density and consistency of the powder have an impact on the accuracy of injectable powder filling. The humidity level is another crucial element. Typically, the powder is packed in a controlled environment with a humidity level of 25%. Additional electrical requirements for the injectable powder filling line include 415 volts and 50 hertz.

cGMP machines are another name for injectable dry powder filling lines. On the same platform, they are used to fill powder injection vials and carry out stoppering and bunging procedures. There are both single and double powder wheel variants for sale. They produce at a rate of 60 to 200 VPM. A vacuum-driven powder wheel produces more accurate filling. These lines have a single dosage capacity of 50 mg to 1500 mg.

The round vial-designed automatic double head, double track injectable powder filling machine has a fill rate of up to 250 vials per minute. It has independent drives, built-in turn tables, and is made of stainless steel. All parts are constructed from SS316 materials. Cross-line charging is minimised by its distinctive design, which also includes an automated shut-off valve. A toughened glass safety cabinet is also an option.

This machine is made specifically to fill vials with dry powder and top them with rubber stoppers. Even after numerous production cycles, it uses a vacuum/pressure dosing mechanism to achieve excellent accuracy and precision. Because they may shield the vials from impurities, injectable powder filling machines are typically selected for rounder containers. These devices are made to operate effectively and sterilely in clean spaces. To prevent cross-contamination, they are positioned adjacent to the other filling and stoppering units.