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Industrial Applications: Electronics, Automotive, Pharmaceuticals, Medical Devices
Background: Increased product complexity (driven by market segmentation, multiple features and/or performance) hampers new product development. Complex products and manufacturing processes (e.g. Semiconductor, Automotive, Aerospace, Computing, high-end Electronics, etc.) require increased iterations of prototype assembling, testing, and performance measurement. Increasing interactions with varying materials and sub-systems exacerbate problem solving efficiency. Product developments increasingly suffer from…
Situation: Within many industries, counterfeiting has proven to be a major source of both direct corporate cost as well as lost corporate image. The mounting need to protect corporate assets in issues involving product liability, and the ability to prove product authenticity is becoming an absolute requirement. In both the pharmaceutical and semiconductor industries alone,…
Industrial Applications: Electronics, Automotive, Pharmaceuticals, Medical Devices
Situation: The typical time to transform a prototype product into a full production product was 3-5 months, with anywhere from 3 to 7 engineering revisions possible during that period to “tweak” the product into its desired operational specification envelope. During this time, from several hundred to literally thousands of individual units would typically be built,…
Industrial Applications: Potentially any emerging product manufacturing process
Situation: With the increasing importance of corporate image in the highly competitive, global markets of today; as well as the mounting need to protect corporate assets in issues involving product liability, the ability to prove product authenticity is becoming an absolute requirement. Target: We must provide a means of guaranteeing reliable, fully functional product…
Industrial Applications: Electronics, Automotive, Pharmaceuticals, Medical Devices
Industrial Applications: Electronics, Automotive, Pharmaceuticals, Medical Devices
Industrial Applications: Electronics, Pharmaceuticals, Medical Devices
Industrial Applications: Electronics, Automotive,
Pharmaceuticals, Medical Devices
Industrial Applications: Electronics, Automotive,
Pharmaceuticals, Medical Devices
Just as important as assessing and securing digital assets, it is vital to establish the physical security of products, employees, and documentation. Supply chain security can impact your operation at any point — from raw material acquisition to product distribution to customer returns. As a NASPO International (North American Security Products Organization) certified security professional,…
Through the inspection process, Trego Information Systems (TIS) helps identify defects impacting an entire operation. While inspection does not, on its surface, add value to the manufacturing processes, it can provide a potent source of data and contribute to use of a quality integration methodology. Inspection can also be implemented at a reasonable cost. Ineffective…
Trego Information Systems (TIS) applies quality integration methodology to improve control of the manufacturing process and ensure finished products have quality levels that meet customers demand. Continuous assessment + statistical process control remains a potent tool in reducing waste, revealing areas of potential process improvement, as well as shortening time required to move new product…
By automating systems, Trego Information Systems (TIS) can improve the efficiency of mechanized operations. Using computer-controlled capabilities, such as production recipe control, automatic data collection and centralized storage, and hands-off material transfer, TIS can drive increased production capacity or reduce costs, often achieving both simultaneously. TIS recognizes that automation has many facets and is not…
Trego Information Systems (TIS) can analyze and document your manufacturing processes, whether single process steps or complete product flow, to deliver manufacturing cost reductions at many levels. Our tools for process improvement include (but are not limited to): Operations layout To optimize operations, TIS often examines the physical positioning of equipment, tooling, materials, component storage,…
By employing relatively simple machinery, Trego Information Systems (TIS) can improve the accuracy and speed of your manufacturing operations, using little or no electronics. To identify potential mechanization options, TIS uses these approaches: Proof of Concept (PoC) Helps determine whether some form of mechanization should be recommended. It provides evidence, typically derived from an experiment…
We partner with industry leaders in manufacturing, technology, distribution, and standardization to ensure we can deliver our clients the best possible solutions.
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