As core products of the health industry, the production environment of health supplements directly affects product quality and consumer safety. GMP (Good Manufacturing Practice) cleanrooms, as key infrastructure for health supplement production, provide a solid guarantee for product quality through scientifically designed and constructed sterile and dust-free environments.

The design of a pharmaceutical production workshop is a document that outlines the construction of facilities, equipment, or systems in accordance with GEP specifications, employing professional engineering methods and standards to ensure that each stage of the construction meets user requirements and cGMP requirements. This includes, but is not limited to, project construction process documents, engineering management documents, and equipment management documents.

The renovation of a clean operating room directly reflects a hospital's comprehensive treatment capabilities and life support technology level, showcasing the hospital's overall medical strength and serving as an important indicator of a modern hospital.

The LED display production workshop is a modern production facility integrating electronic technology, precision manufacturing, and automated control, focusing on the entire production process of LED displays from raw material processing to finished product assembly. Its design, equipment configuration, and management strictly adhere to electronic industry production standards (such as the ISO 9001 quality management system) to ensure high reliability, stability, and display effects of the products.

Vaccine production facilities are a crucial link in the process from vaccine research and development to market launch. Their design, construction, and operation strictly adhere to international and domestic Good Manufacturing Practices (GMP) to ensure the safety, efficacy, and quality control of vaccines.

A constant temperature and humidity laboratory uses specialized equipment and techniques to maintain a dynamic balance and relative constancy of temperature and humidity within the laboratory over a specific period. Its core function is to provide stable environmental conditions for scientific research, industrial production, and other fields, ensuring the accuracy and repeatability of experimental or test results. For example, the temperature can be controlled at 22±1℃ and the humidity at 60±5%, meeting the needs of precision experiments.

Cleanroom design is fundamental to micro-contamination control. Through professional cleanroom design, it involves controlling temperature, humidity, cleanliness, indoor pressure, airflow distribution, noise and vibration, lighting, bacteria, and static electricity within a defined space, keeping these within acceptable limits. Our years of project management experience give us unique insights into the rationality and feasibility of cleanroom design solutions. We utilize effective project management methods and advanced cleanroom design technologies to ensure project quality and adherence to design parameters.

In numerous fields such as industrial production, agricultural planting, healthcare, and smart homes, temperature and humidity sensors, as core equipment for environmental monitoring, are providing crucial data support for various scenarios with their high precision and reliability. By sensing changes in environmental temperature and humidity in real time, they convert physical quantities into processable electrical signals, becoming "sensing nodes" for modern intelligent management.

We undertake planning and design services for various types of food and health food enterprises, including food processing plants, health food plants, GMP engineering design, meat processing plants, bread and pastry processing plants, dried fruit plants, canned food plants, dairy plants, and juice and beverage plants.

In critical fields such as biopharmaceuticals and biotechnology, GMP (Good Manufacturing Practice) cleanrooms are core areas for ensuring product quality and safety. Their design requires comprehensive consideration of multiple factors to create a clean environment that meets stringent standards and operates efficiently and stably.

FFU (Fan Filter Unit) is a modular terminal air supply device that is widely used in applications requiring a high level of cleanliness.

In the production processes of pharmaceuticals, biopharmaceuticals, and fine chemicals, powder weighing and batching are critical steps related to product quality and production safety. During the weighing process, the risk of powder dust escape and cross-contamination, as well as the maintenance of a stable clean environment, remain core pain points for industry compliance and safety management. The weighing hood controller, as the "central brain" of the negative pressure weighing hood, becomes a core piece of equipment for solving these pain points and ensuring production complies with GMP and other industry standards through precise airflow control, multi-dimensional status monitoring, and automated linkage control.