Release date: 2017-10-30 Siemens PLM Software ("SPLM") is the world's leading provider of product lifecycle management (PLM) and manufacturing operations management (MOM) software, systems and services. By optimizing lifecycle processes from planning, development, to manufacturing, production and technical support, its open enterprise solutions enable companies and their partners to collaborate through a global innovation network, with better resource allocation or Respond to disruptive innovations to deliver world-class products and services. SPLM solutions are used in a wide range of industries and have outstanding performance in the medical device and pharmaceutical industries. Recently, Mr. James B. Thompson, Industry Strategy Director of SPLM Medical Devices and Pharmaceuticals, introduced in an interview with Medical Valley reporter how SPLM can help the medical industry optimize business processes and ensure product compliance and safety while rapidly achieving innovation. Effectiveness. Software solutions covering the product lifecycle “SPLM's digital enterprise solutions for medical device manufacturers combine technology across the entire product lifecycle,†said James B. Thompson. According to its introduction, according to the characteristics and needs of medical device companies, SPLM has designed product lifecycle management solutions that cover relevant regulations, including design, modeling, R&D, simulation, production, and service, including the generation of related records. Design history file DHF, instrument group record DMR, device history record DHR, and regulatory record management. When product quality problems occur, you can go back and find the problem and solve it through these records. Camstar Medical Device Suite is a uniquely configured Camstar Enterprise Platform that integrates quality assurance into the manufacturing process, helps prevent process errors, and supports paperless manufacturing and electronic device recording for medical and diagnostics Equipment companies meet compliance requirements, produce high-quality products, effectively control costs, and make business operations "better, faster, and more economical." Outstanding deployments have been achieved in a variety of medical devices, including diagnostics, orthopedics, cardiovascular and cerebrovascular surgery, hospital and trauma treatment, diabetes treatment, kidney disease treatment, blood disease treatment, vision and imaging. Another major product, Teamcenter, is the world's most widely used digital lifecycle management system, combining regulatory management, continuous traceability and reporting to enable effective regulatory records management of medical device manufacturing. By automatically linking regulatory requirements and engineering and specification data at each stage, Teamcenter can help ensure that every behavior of the manufacturer is in compliance with regulations, reducing the risks and costs associated with non-compliance, and achieving life-cycle from product planning to production. Cycle management, and improve production efficiency and data delivery accuracy, further improve quality control, digital DHF (design history file) management and DMR (device master record) management. Use digital to save costs and optimize business processes In the process of promoting digital enterprises, SPLM focuses on the establishment of digital twins. The so-called digital twins can be modeled by digital egg production and simulated. Whether for products or the entire manufacturing process, digital twins and Chinese digital lines can better predict the product and the overall manufacturing process. At the same time, the final outcome of the predicted product can be analyzed in a quantitative manner. In an interview, James B. Thompson said that by digital twins combined with Chinese digital lines, SPLM can help medical device customers to have good quality control from design to production throughout the product life cycle, and a comprehensive product portfolio is sufficient to support digital twins. Features. “The adverse reaction rate of medical devices is high. We hope to help customers improve product quality and reduce adverse reaction caused by software through software technology. For example, we use automated functions to help customers improve design, simulation and manufacturing processes, and reduce customer's Administrative work gives him more time for medical science, bioengineering, and product quality improvement,†said Mr. James B. Thompson. SPLM's software solutions can help healthcare companies improve product quality while reducing production costs. According to SPLM, the cost of using SPLM technology in manufacturing execution can be reduced by 2% to 3%. Source: Medical Valley
Cosmetics are compound mixtures made of various raw materials through reasonable deployment and processing. Cosmetics have a wide variety of raw materials with different properties. According to the raw material properties and uses of cosmetics, it can be roughly divided into two categories: matrix raw materials and auxiliary raw materials.
The former is a kind of main raw material of cosmetics, which occupies a large proportion in cosmetic formulations and plays a major functional role in cosmetics. The latter is responsible for shaping, stabilizing or imparting color, fragrance and other properties to cosmetics, which are not used in cosmetic formulations, but are extremely important. Cosmetics are chemical mixtures made of natural, synthetic or extracted substances with different functions as raw materials and processed through production procedures such as heating, stirring and emulsification.
Our company provides various cosmetic raw materials
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