--- title: Blog | Media Supply | Exentec (2) description: Explore our latest UHP gas and chemical blending and delivery systems updates, insights and innovations. (2) --- [![Logo DFS Exyte wht-1](https://blog.cpsgrp.com/hs-fs/hubfs/CPSGrp_Feb2017/_Home/1%20company%20brand%20elements/DFS/Logo%20DFS%20Exyte%20wht-1.png?width=250&height=61&name=Logo%20DFS%20Exyte%20wht-1.png "Logo DFS Exyte wht-1")](https://www.dfsolution.com) - [CHEMICAL SUPPLY](https://www.exentec.net/en/Products/Chemical-Supply) - [GAS SUPPLY](https://www.exentec.net/en/Products/Gas-Supply) - [BLOG](https://blog.cpsgrp.com/dfsolution) # Exentec Media Supply ## [Fusion™ On-Demand™ Modular Chemical Blender](https://blog.cpsgrp.com/dfsolution/on-demand-modular-chemical-blender) Posted by [DFS](https://blog.cpsgrp.com/dfsolution/author/dfs) on Aug 21, 2019 12:00:00 PM [![](https://blog.cpsgrp.com/hubfs/CPSGrp_Feb2017/_Home/3%20blog%20images/DFS%20(HP%20Gas%20Gary)/DFS%20Fusion%20Modular%20Chemical%20Blender.png)](https://blog.cpsgrp.com/dfsolution/on-demand-modular-chemical-blender) ### **A Closer Look at the Components of A DFS Fusion™ Modular Chemical Blender** DFS Blenders greatly reduce the floor space requirements, facilitation costs, and the total cost of ownership for blended chemistries. Process yield / improvements are a large impact area because of our blenders’ accuracy. The more on-target the chemicals are in assay; the less rework or process target adjustments have to take place in the production environment. [Read More](https://blog.cpsgrp.com/dfsolution/on-demand-modular-chemical-blender) Topics: [process control](https://blog.cpsgrp.com/dfsolution/topic/process-control), [chemical blending](https://blog.cpsgrp.com/dfsolution/topic/chemical-blending) ## [DFS Fusion™ On-Demand™ Mobile Chemical Blender](https://blog.cpsgrp.com/dfsolution/dfs-fusion-on-demand-chemical-blender) Posted by [DFS](https://blog.cpsgrp.com/dfsolution/author/dfs) on Dec 21, 2018 7:19:31 PM [![](https://blog.cpsgrp.com/hubfs/CPSGrp_Feb2017/_Home/3%20blog%20images/DFS%20(HP%20Gas%20Gary)/Fusion%20On-Demand%20Mobile%20Chemical%20Blender.jpg)](https://blog.cpsgrp.com/dfsolution/dfs-fusion-on-demand-chemical-blender) ### **DFS Announces New Fusion™ On-Demand™ Mobile Chemical Blender** Designed for one of our newest customers in New Mexico, the DFS Fusion™ On-Demand™ Mini Mix is engineered to transfer chemical from an interchangeable 5 gallon Pail and bulk supply to the internal On-Demand Blender. Chemical 1 is supplied via the internal vessel. UPW, and Chemical 2 are supplied via the house supply source. [Read More](https://blog.cpsgrp.com/dfsolution/dfs-fusion-on-demand-chemical-blender) Topics: [process control](https://blog.cpsgrp.com/dfsolution/topic/process-control), [chemical blending](https://blog.cpsgrp.com/dfsolution/topic/chemical-blending) ## [Compact SC-1 Fusion™ Chemical Blender Unveiled](https://blog.cpsgrp.com/dfsolution/sc-1-chemical-blender-unveiled) Posted by [Darren Willey](https://blog.cpsgrp.com/dfsolution/author/darren-willey) on Oct 3, 2018 9:02:00 AM [![](https://blog.cpsgrp.com/hubfs/SC-1%20Chemical%20Blending%20Unit%20b.jpg)](https://blog.cpsgrp.com/dfsolution/sc-1-chemical-blender-unveiled) ### **Versatile On-Demand Chemical Blender is a Big Hit with Semiconductor Manufacturer** DFS recently developed and released a compact SC-1, 3 part blender, for a large Semiconductor Manufacturer. The Standard Clean Solution #1 (SC-1) process involves a sequence of cleaning steps using “standard” solutions and employs a mixture of ammonium hydroxide (NH4OH), hydrogen peroxide (H2O2), and DI water (H2O).  The system enables recipe customization through an HMI with verified authorization. [Read More](https://blog.cpsgrp.com/dfsolution/sc-1-chemical-blender-unveiled) Topics: [process control](https://blog.cpsgrp.com/dfsolution/topic/process-control), [chemical blending](https://blog.cpsgrp.com/dfsolution/topic/chemical-blending) ## [On-site Chemical Blending Increases Overall IC Process Yield, When Done Right.](https://blog.cpsgrp.com/dfsolution/ic-process-yield) Posted by [Karl Urquhart](https://blog.cpsgrp.com/dfsolution/author/karl-urquhart) on Jul 11, 2018 12:06:00 PM [![](https://blog.cpsgrp.com/hubfs/CPSGrp_Feb2017/_Home/3%20blog%20images/DFS%20(HP%20Gas%20Gary)/Integrated%20Circuit%20IC%20Manufacturing.png)](https://blog.cpsgrp.com/dfsolution/ic-process-yield) # **Precise control of chemical composition through use of on-site chemical blending and mixing systems improves overall IC process yield. ** This is accomplished by providing more consistent quality of materials that come into contact with the wafer and its forming circuits.  On-site blending results in tighter assay control, higher purity, and lower particles. On-site blenders also allow users to test materials suppliers for comparison to optimize ROI and control cost.  [Read More](https://blog.cpsgrp.com/dfsolution/ic-process-yield) Topics: [process control](https://blog.cpsgrp.com/dfsolution/topic/process-control), [chemical blending](https://blog.cpsgrp.com/dfsolution/topic/chemical-blending) ## [Mobile Chemical Blending Systems (MCBS) Help Overcome the Challenges of Next-Generation Chemicals](https://blog.cpsgrp.com/dfsolution/mobile-chemical-blending-systems-mcbs) Posted by [Karl Urquhart](https://blog.cpsgrp.com/dfsolution/author/karl-urquhart) on Apr 12, 2018 2:10:49 PM [![](https://blog.cpsgrp.com/hubfs/DFS%20Fusion%20Mobile%20Chemical%20Blending%20System%20(MCBS).png)](https://blog.cpsgrp.com/dfsolution/mobile-chemical-blending-systems-mcbs) # **Uses and Benefits of Mobile Chemical Blending Systems (MCBS) ** A given factory's chemical formulations are pushed to: 1) improve affordability, while 2) requiring higher process performances in critical areas. One way to accomplish both goals is to target incoming chemical solutions that are high in concentrations and complexity. Achieving the proper dilution and high performance in current and upcoming process nodes requires complex blends of organic and inorganic compounds in CMP slurry formulations. The combinations of all these factors result in products that have nuanced mixing and handling requirements. [Read More](https://blog.cpsgrp.com/dfsolution/mobile-chemical-blending-systems-mcbs) Topics: [process control](https://blog.cpsgrp.com/dfsolution/topic/process-control), [chemical blending](https://blog.cpsgrp.com/dfsolution/topic/chemical-blending) ## [Precision Slurry Composition in Chemical Mechanical Planarization](https://blog.cpsgrp.com/dfsolution/precision-slurry-composition-in-chemical-mechanical-planarization) Posted by [Karl Urquhart](https://blog.cpsgrp.com/dfsolution/author/karl-urquhart) on Mar 26, 2018 11:55:17 AM [![](https://blog.cpsgrp.com/hubfs/CPSGrp_Feb2017/_Home/3%20blog%20images/DFS%20(HP%20Gas%20Gary)/No%20Blind%20CMP.png)](https://blog.cpsgrp.com/dfsolution/precision-slurry-composition-in-chemical-mechanical-planarization) # **Precise Slurry Requirements Increase CMP Process Windows but Necessitate greater dependence on Inline Metrology** Chemical Mechanical Planarization or Polishing (CMP) is the method of using chemical slurry formulations with mechanical polishing-pad-action to flatten conductive or dielectric materials on silicon wafers in semiconductor manufacturing. The end goal is to achieve a flat enough surface aspect ratio as required by photolithography steps, where layers of integrated circuits are layered step by step.  [Read More](https://blog.cpsgrp.com/dfsolution/precision-slurry-composition-in-chemical-mechanical-planarization) Topics: [process control](https://blog.cpsgrp.com/dfsolution/topic/process-control), [chemical mechanical planarization](https://blog.cpsgrp.com/dfsolution/topic/chemical-mechanical-planarization) ## [Chemical Blend Uniformity and Semiconductor Process Yield](https://blog.cpsgrp.com/dfsolution/chemical-blend-uniformity-and-semiconductor-process-yield) Posted by [Karl Urquhart](https://blog.cpsgrp.com/dfsolution/author/karl-urquhart) on Feb 27, 2018 4:25:48 PM [![](https://blog.cpsgrp.com/hubfs/CPSGrp_Feb2017/_Home/3%20blog%20images/DFS%20(HP%20Gas%20Gary)/Fusion%20Chemical%20Blender.png)](https://blog.cpsgrp.com/dfsolution/chemical-blend-uniformity-and-semiconductor-process-yield) # **Characterization and importance of chemical mix uniformity, precision, and preservation of purity levels to reduce cost, prevent rework/scrap, and increase Process yield overall.** Manufacturers place a great deal of emphasis on cost reduction, prevention of rework or scrap, and increasing overall process yield. One result has been a rise in precision and control technology innovations geared towards process chemicals uniformity. Many focus on individual aspects of metrology for quantitative, or qualitative determination, either by off-line or inline methods, with the intent to achieve the highest productivity at the lowest cost. [Read More](https://blog.cpsgrp.com/dfsolution/chemical-blend-uniformity-and-semiconductor-process-yield) Topics: [process control](https://blog.cpsgrp.com/dfsolution/topic/process-control), [chemical blending](https://blog.cpsgrp.com/dfsolution/topic/chemical-blending) ## [5 Key Benefits of DFS' ACvFLO™ Gas Cabinet Systems](https://blog.cpsgrp.com/dfsolution/key-benefits-of-dfs-acvflo-gas-delivery-systems) Posted by [DFS](https://blog.cpsgrp.com/dfsolution/author/dfs) on Feb 15, 2018 4:05:00 PM [![](https://blog.cpsgrp.com/hubfs/CPSGrp_Feb2017/_Home/3%20blog%20images/DFS%20(HP%20Gas%20Gary)/DFS%20Gas%20Delivery%20Systems%20come%20integrated%20with%20advanced%20HMI%20capabilities.png)](https://blog.cpsgrp.com/dfsolution/key-benefits-of-dfs-acvflo-gas-delivery-systems) # **DFS  **ACvFLO™** Gas Delivery Systems Set a new standard in Gas Cabinet Technology** To serve today’s Semiconductor gas market; DFS employs advanced technical knowledge, build capacity, and programming expertise to develop game-changing gas delivery systems.  The [ACvFLO™ High Purity Gas Cabinet System](https://www.dfsolution.com/PS_acvflo.php)has advanced functionality and capabilities not seen in the Semiconductor industry to date. These advancements include an open, fully integrated PLC and HMI panel, with connectivity and networkability, operational sequences, and automated pressure control. [Read More](https://blog.cpsgrp.com/dfsolution/key-benefits-of-dfs-acvflo-gas-delivery-systems) Topics: [process control](https://blog.cpsgrp.com/dfsolution/topic/process-control), [gas systems](https://blog.cpsgrp.com/dfsolution/topic/gas-systems) ## [This CMP Slurry Blender Sets the Bar for Process Control](https://blog.cpsgrp.com/dfsolution/this-cmp-slurry-blender-sets-the-bar-for-process-control) Posted by [DFS](https://blog.cpsgrp.com/dfsolution/author/dfs) on Oct 19, 2017 4:24:58 PM [![](https://blog.cpsgrp.com/hubfs/CPSGrp_Feb2017/_Home/3%20blog%20images/DFS%20(HP%20Gas%20Gary)/DFS%20Slurry%20Blender%204.png)](https://blog.cpsgrp.com/dfsolution/this-cmp-slurry-blender-sets-the-bar-for-process-control) # **Preparing a DFS High-Purity CMP Slurry Blender For Delivery** Diversified Fluid Solutions recently completed work on a precision slurry blender which increases overall production capacity and process control. Through advancements in our proprietary blending technology, the fully-automated Fusion™ Slurry Blender eliminates deadlegs in the flow path of the slurry while managing loop pressure control to +/- 0.3 psi. **The end result is improved yields, process control and repeatability across the board.** [Read More](https://blog.cpsgrp.com/dfsolution/this-cmp-slurry-blender-sets-the-bar-for-process-control) Topics: [process control](https://blog.cpsgrp.com/dfsolution/topic/process-control), [chemical blending](https://blog.cpsgrp.com/dfsolution/topic/chemical-blending) [Previous](https://blog.cpsgrp.com/dfsolution/page/1) [All posts](https://blog.cpsgrp.com/dfsolution/all) ## Don't Lose Your Competitive Advantage ## Follow Our Blog To Keep Pace With The Latest... - Industry Standards - Thought Leaders - Ideas and Innovations - Products and Services - Guides and Practices ### Subscribe to Email Updates ### Recent Posts ### Posts by Topic - [process control (18)](https://blog.cpsgrp.com/dfsolution/tag/process-control) - [chemical blending (16)](https://blog.cpsgrp.com/dfsolution/tag/chemical-blending) - [gas systems (5)](https://blog.cpsgrp.com/dfsolution/tag/gas-systems) - [chemical distribution (4)](https://blog.cpsgrp.com/dfsolution/tag/chemical-distribution) - [chemical blender (2)](https://blog.cpsgrp.com/dfsolution/tag/chemical-blender) - [chemical blending and distribution (2)](https://blog.cpsgrp.com/dfsolution/tag/chemical-blending-and-distribution) - [chemical mechanical planarization (2)](https://blog.cpsgrp.com/dfsolution/tag/chemical-mechanical-planarization) - [chemical supply (2)](https://blog.cpsgrp.com/dfsolution/tag/chemical-supply) - [semiconductor manufacturing (2)](https://blog.cpsgrp.com/dfsolution/tag/semiconductor-manufacturing) - [ammonium hydroxide generation (1)](https://blog.cpsgrp.com/dfsolution/tag/ammonium-hydroxide-generation) - [gas abatement (1)](https://blog.cpsgrp.com/dfsolution/tag/gas-abatement) - [ultrapure water (1)](https://blog.cpsgrp.com/dfsolution/tag/ultrapure-water) see all - [Home](https://www.exentec.net/) - [About](https://www.exentec.net/About-Us) - [Contact](https://www.exentec.net/Contact) © 2026 Exentec