Industrial Sustainability: Moving Sustainability Forward In Manufacturing

whitePaper | October 26, 2022

Reducing energy costs and optimizing production processes are among the key factors of a complete digital transformation for manufacturing companies. By adopting innovative smart manufacturing solutions, companies can increase machinery efficiency, improve their production cycles as well as increase product quality. IoT platforms have proven themselves to be supportive for monitoring industrial machine processes, thus, allowing quick recovery of investment, within months, in IoT technology. IoT platforms ensure greater production efficiency.

whitePaper | December 11, 2021

Developing products for an increasingly complex world certainly challenges or even exceeds engineering capabilities. Many factors impact complexity such as connectivity, security, safety, product variants, development velocity, reliability and quality,Many argue tha the major driver to better manage this complexity is the engineering paradigm of Industry 4.0.

whitePaper | April 1, 2022

Nowdays, Manufactures are under pressure from the competition, Small orders, shortened delivery term, supplier audits, employee shortage, economies difficulties, etc. smart Manufacturing is the answer to these difficulties.

whitePaper | June 22, 2022

These are unprecedented complexities in the manufacturing sector that will require companies to evaluate how operation layouts need to be modified to assure safety and operational efficiencies. These design decisions have a material impact on the productivity and efficiency of the production line and, hence, your business. How can manufacturers begin to effectively model and make these trade-offs? If necessary, how can these changes to the production line be persistently maintained and efficiently updated in the future? What is the “next normal” for these companies?

whitePaper | July 24, 2020

The advanced actuation system on Emerson’s new Branson GSX ultrasonic welder dynamically adjusts weld force to enable reliable assembly of plastic parts in product designs considered too small, delicate or difficult to weld before. This white paper outlines the development of the new actuation system and explains how improved force control — particularly “dynamic follow-through” after plastic melt — contributes to superior weld strength and quality. The paper also describes head-to-head tests in which the new Branson GSX actuation system outperformed existing welders with pneumatic and servo-controlled actuators by completing consistently good welds on plastic parts that could not be reliably welded in the past.

whitePaper | June 6, 2021

Three-dimensional (3D) printing is a powerful technology that has wide-ranging applications, including many in the pharmaceutical industry. Among the approaches that are being explored in the production of pharmaceutical dosage forms powder-based systems which utilize either drop-on-powder or selective laser sintering and liquid-based systems which use dropon-drop deposition or stereolithography are frequently applied. With liquid-based technology, either UV, laser energy or high temperature is used to induce polymerization and build the 3D structure.1 The process of 3D printing offers the potential to produce medications tailored to the needs of patients and dosage forms in various shapes, sizes and textures with different release profiles that can be difficult to produce using conventional techniques.2