Ace Technologies products

Pharma & Healthcare - Dry Syrup Line

Ace - Capping Machinery for Pharma and Healthcare

The capping machinery offered by Ace Technologies is designed for the pharma and healthcare sector, focusing on efficiency and precision. The machine features all contact parts made from SS304 or food-grade materials, ensuring high standards of hygiene and safety. The structure and all exposed parts are covered with SS304, and it includes polycarbonate hoods for added protection. The machinery operates at speeds ranging from 40 to 100 BPM, depending on the bottle size and shape. It is a critical component of dry syrup and liquid filling lines, tailored to meet the stringent requirements of pharmaceutical and healthcare products.

Ace - Airjet Cleaning Machine for Pharma & Healthcare

The Airjet Cleaning Machine operates at a speed of 100 bottles per minute, depending on the size and shape of the bottles. It features manufacturing materials including all contact parts made from Stainless Steel 304 or food-grade material, and all non-contact parts in SS 304 with MS cladding. This machine is designed for use in the pharmaceutical and healthcare industries and is categorized under the dry syrup and liquid filling line as part of Ace's indigenous range. It aims to provide efficient and sanitary cleaning of bottles before filling processes.

Ace - Rotary Powder Filling Machine for Pharma & Healthcare

The Rotary Powder Filling Machine is designed to handle a wide range of powder filling requirements in the pharmaceutical and healthcare industries. This machine is capable of outputting between 180 and 150 BPM for powders ranging from 3 grams to 50 grams, utilizing a 24x8 rotary head configuration. It features a PLC and HMI system, specifically the Delta HMI make, which allows for precise control and monitoring of the filling process. This equipment is part of the indigenous range, known for its applicability in dry syrup and liquid filling lines, and employs volumetric filling techniques. This machine is particularly suitable for environments where maintaining consistent fill weights and minimizing product waste are critical.