ECMC (E CHUNG MACHINERY CO.)
4 products found

ECMC (E CHUNG MACHINERY CO.) products

Automatic Washing Machine & Tunnel Drying Sterilizer

ECMC - Model ERVW-01 - Automatic Ultrasonic Bottle Washing Machine for Vials and Ampoules

The Automatic Ultrasonic Bottle Washing Machine by E CHUNG MACHINERY CO. is engineered for continuous cleaning of small injection bottles, including vials, ampoules, syringes, and tube bottles. This machine employs multiple washing procedures using circulation water, pure water, water for injection, and high-pressed air to ensure thorough cleansing. It is designed to recycle pure water and water for injection to enhance energy efficiency. The rotary continuous rinsing type design automates the cleaning process with ultrasonic rinsing, spray rinsing, and air spray, ensuring no debris remains in the bottles. Advanced features and automatic safety protection mechanisms provide a seamless and secure cleaning operation. This equipment meets stringent international standards, including EU, US, GMP, and GAMP, making it a reliable choice for pharmaceutical and biotech manufacturing processes.

ECMC - Model ETS-01 - Tunnel Drying Sterilizer and Depyrogenation 320℃ (Class 100 Type)

The ECMC 320°C Tunnel Drying Sterilizer and Depyrogenation System is engineered to efficiently dry, sterilize, and depyrogenate vials, ampoules, and other containers through advanced hot air circulation. Utilizing high-efficiency HEPA filters resistant to high temperatures, this equipment ensures the maintenance of Class 100 cleanliness by minimizing particulate contamination. The system delivers precise temperature control via an SCR-powered electrical system, enabling a uniform temperature distribution within a margin of ±5°C under no-load conditions. It is designed for integration with auxiliary equipment, like ultrasonic and rotary bottle washing machines. Compliance with international standards such as GMP and GAMP underscores its suitability for global pharmaceutical applications, providing robust performance for sterilization and material transport within biotech environments.

Autoclave Steam Sterilizer

ECMC - Model APWR-01 - Superheated Water Sterilizer for Pharmaceutical Applications

The Superheated Water Sterilizer, developed by ECMC (E CHUNG) from Taiwan, is an advanced sterilization solution designed specifically for airtight containers. Utilizing a process of circulating hot water through sanitary mercury and a heat exchanger, this autoclave ensures precise temperature regulation and distribution throughout the sterilization period. The heat exchanger conforms to stringent US FDA standards, employing either double tube plate designs or plate heat exchangers. Tailored for pharmaceutical and biotech manufacturing, ECMC's autoclaves meet multiple international standards such as cGMP, current EU and US requirements, ensuring compatibility with demanding engineering practices. Over 48 years, ECMC has perfected its manufacturing processes, employing superior materials and technology to meet the needs of a global clientele. This device is especially critical in the sterilization of large and small volume parentals, providing consistent performance in line with good manufacturing practices.

Hot Air Sterilizer (Class 100)

ECMC - Model ECHS-01 - Hot Air Sterilizer for Class 100 Environments

The Hot Air Sterilizer by ECMC (E CHUNG) ensures sterilization within Class 100 cleanroom standards, leveraging a forced convection design that circulates air through a HEPA filter to achieve rapid thermal conditioning. Operating within a high temperature range of 170 to 260°C, this equipment is engineered for precise sterilization of materials such as bottles, aluminum caps, and rubber stoppers, in compliance with current good manufacturing practices (cGMP). Tailored to cater to the stringent requirements of the pharmaceutical and biotech sectors, it supports both standard and custom specifications. ECMC integrates advanced control systems to track and manage temperature curves, ensuring reliable and consistent sterilization outcomes. The design focuses on adherence to international standards, thereby maintaining equipment efficacy and safety in medical manufacturing and processing environments.