--- title: "Lessons Learned: Viscosity Control for Converters" description: This blog post highlights the five biggest lessons that we’ve learned about the pressroom converter application. image: https://www.cambridgeviscosity.com/hubfs/press%20converter%20lessons%20learned%20graphic.jpg --- [![CVI-by-PAC-RGB](https://www.cambridgeviscosity.com/hs-fs/hubfs/CVI-by-PAC-RGB.png?width=1320&height=291&name=CVI-by-PAC-RGB.png "CVI-by-PAC-RGB")](https://www.cambridgeviscosity.com) This is a search field with an auto-suggest feature attached. - There are no suggestions because the search field is empty. # Cambridge Viscosity Blog ## [Lessons Learned: Viscosity Control for Converters](https://www.cambridgeviscosity.com/blog/lessons-learned-viscosity-control-for-converters) ** Jan 20, 2021 10:08:35 AM / by [Patrick Riley](https://www.cambridgeviscosity.com/blog/author/patrick-riley) - [Tweet](https://twitter.com/share) Almost two months ago, while those of us in the United States were enjoying our Thanksgiving holiday, our associates in Italy were holding a webinar on viscosity measurement in pressroom converters. This event inspired a series of material discussing the coating application, including [last week’s blog](https://www.cambridgeviscosity.com/blog/optimize-your-converter-press-room-time-usage) highlighting factors that influence viscosity measurement in the pressroom converter application.  This week, we’ll talk about our five biggest lessons that we’ve learned about the pressroom converter application.   **Lesson 1: Simple Closed-Loop Control Works Really Well** Sometimes, the simplest route really is the best route. Look at the illustration below. ![press converter lessons learned graphic](https://www.cambridgeviscosity.com/hs-fs/hubfs/press%20converter%20lessons%20learned%20graphic.jpg?width=600&name=press%20converter%20lessons%20learned%20graphic.jpg) This illustration represents a typical closed-loop control system. Starting at the mixer tank, you can see degraded material is returned from the process, while new base material enters from the base stock tank and solvent is added from the solvent tank. The function of the mix tank is to blend the materials so the coating or ink that is going to the applicator is perfect. The [ViscoPro 2100](https://www.cambridgeviscosity.com/viscopro2100-online-viscosity-monitoring) monitors and controls material as it is on its way to the applicator, which is the point when the viscosity must meet specification. The in-line viscometer sends its signal to a PLC, which controls the solvent.   **Lesson 2: The Best Place to Mount the Viscometer is In the Line** Mounting the viscometer in-line minimizes maintenance and reduces the need for frequent re-calibrations and excess spare parts. In-line mounting also allows the sensor’s environment to be controlled so that the requirement for press operators to maintain the viscosity sensor is minimized, which frees up the press operator time for other responsibilities and reduces the need to carry the expense of spare sensors and parts. Cambridge Viscosity’s viscometers offer a lot of flexibility when it comes to in-line mounting, as shown in the photos below. It gets viscosity sensing away from high activity and high clutter areas around the mix tank. ![In-Line Viscosity Mounting Flexibility](https://www.cambridgeviscosity.com/hs-fs/hubfs/In-Line%20Viscosity%20Mounting%20Flexibility.png?width=720&name=In-Line%20Viscosity%20Mounting%20Flexibility.png)In-Line Viscosity Mounting Flexibility   **Lesson 3: Keep Maintenance Requirements Low** The time it takes to clean and maintain a viscometer can really add up – especially when the technician has plenty of other responsibilities. It’s important to choose a low maintenance viscometer. Cambridge Viscosity’s viscometers use a unique oscillating piston technology that delivers a highly accurate, highly repeatable measurement, while also continuously cleaning the chamber. This means maintenance requirements are low, and the operators and focus on other parts of their job.    **Lesson 4: An inconsistent ambient temperature can impact a fluid’s viscosity during the process. ** Luckily, with a [Cambridge Viscosity viscometer](https://www.cambridgeviscosity.com/process-viscometers), adjusting for the effects of temperature on viscosity is easily accomplished. Cambridge viscometers incorporate a temperature detector in the heart of the sensor so both temperature and viscosity are recorded for each and every measurement. Cambridge’s electronics integrates these to calculate temperature-compensated viscosity so that it can tell whether the concentration measured is on target or not, and then take appropriate action. ![VISCOpro 2100 Interface](https://www.cambridgeviscosity.com/hs-fs/hubfs/VISCOpro_2100_interface.jpg?width=504&name=VISCOpro_2100_interface.jpg) **Lesson 5: A Simple Operator Interface Makes All the Difference** We’ve found that it’s important to keep the operator interface simple and intuitive. While our sensors provide vast amounts of sophisticated information that is necessary for the complexities of a converting process, our interface is simple and can even be managed using a mobile phone.  If you’re interested in more information on Cambridge Viscosity’s pressroom converter application, download our white paper: [![Download the Pressroom Converter White Paper](https://no-cache.hubspot.com/cta/default/2542477/12756d0b-5c92-464b-bd9f-47e31ca11e18.png)](https://cta-redirect.hubspot.com/cta/redirect/2542477/12756d0b-5c92-464b-bd9f-47e31ca11e18) If you have questions, feel free to reach out to our application engineers. [![Have a Question or Comment? Send us a Message. ](https://no-cache.hubspot.com/cta/default/2542477/87922958-078a-485d-8558-e3da644fc62b.png)](https://cta-redirect.hubspot.com/cta/redirect/2542477/87922958-078a-485d-8558-e3da644fc62b) Tags: [viscosity control](https://www.cambridgeviscosity.com/blog/topic/viscosity-control), [coating viscosity](https://www.cambridgeviscosity.com/blog/topic/coating-viscosity), [viscosity management](https://www.cambridgeviscosity.com/blog/topic/viscosity-management), [in-line viscometers](https://www.cambridgeviscosity.com/blog/topic/in-line-viscometers), [process viscometer](https://www.cambridgeviscosity.com/blog/topic/process-viscometer) #### Written by [Patrick Riley](https://www.cambridgeviscosity.com/blog/author/patrick-riley) Vice President of Process Analytics [**](http://www.linkedin.com/company/pac) ### Subscribe to Email Updates - [Recent](https://www.cambridgeviscosity.com/blog/lessons-learned-viscosity-control-for-converters#tab-1) - [Popular](https://www.cambridgeviscosity.com/blog/lessons-learned-viscosity-control-for-converters#tab-2) - [Categories](https://www.cambridgeviscosity.com/blog/lessons-learned-viscosity-control-for-converters#tab-3) [Viscometer Measurement: A Glimpse into Reservoir Fluid Dynamics](https://www.cambridgeviscosity.com/blog/viscometer-measurement-a-glimpse-into-reservoir-fluid-dynamics) posted at Sep 26, 2023 ![Viscosity Measurement: A glimpse into reservoir fluid dynamics](https://www.cambridgeviscosity.com/hs-fs/hubfs/2023-09-21-a-glimpse-into-reservior-fluid-dynamics-sm.jpg?length=80&name=2023-09-21-a-glimpse-into-reservior-fluid-dynamics-sm.jpg) [Part 3 - Challenges Optical Lens Manufacturers are Facing in 2023](https://www.cambridgeviscosity.com/blog/part3-challenges-optical-lens-manufacturers-facing-in-2023) posted at Aug 10, 2023 ![Optical lens manufacturers face three critical challenges in 2023](https://www.cambridgeviscosity.com/hs-fs/hubfs/23-06-28-what-challenges-are-optical-manufacturers-facing-in-2023-03.jpg?length=80&name=23-06-28-what-challenges-are-optical-manufacturers-facing-in-2023-03.jpg) [Part 2 - Challenges Optical Lens Manufacturers are Facing in 2023](https://www.cambridgeviscosity.com/blog/part2-challenges-optical-lens-manufacturers-facing-in-2023) posted at Aug 1, 2023 ![Optical lens manufacturers face three critical challenges in 2023](https://www.cambridgeviscosity.com/hs-fs/hubfs/23-06-28-what-challenges-are-optical-manufacturers-facing-in-2023-01%20copy.jpg?length=80&name=23-06-28-what-challenges-are-optical-manufacturers-facing-in-2023-01%20copy.jpg) [What Challenges are Optical Lens Manufacturers Facing in 2023?](https://www.cambridgeviscosity.com/blog/what-challenges-are-optical-lens-manufacturers-facing-in-2023) posted at Jun 29, 2023 ![Optical lens manufacturers face three critical challenges in 2023](https://www.cambridgeviscosity.com/hs-fs/hubfs/23-06-28-what-challenges-are-optical-manufacturers-facing-in-2023-01%20copy.jpg?length=80&name=23-06-28-what-challenges-are-optical-manufacturers-facing-in-2023-01%20copy.jpg) [Avoid compressor failures by monitoring lubricant viscosity](https://www.cambridgeviscosity.com/blog/avoid-compressor-failures-by-monitoring-lubricant-viscosity) posted at May 18, 2023 ![Monitor lubricant viscosity with the Visco Pro 2100](https://www.cambridgeviscosity.com/hs-fs/hubfs/23-05-11-avoid-compressor-failures%20copy.jpg?length=80&name=23-05-11-avoid-compressor-failures%20copy.jpg) ### Lists by Topic - [viscosity control (39)](https://www.cambridgeviscosity.com/blog/topic/viscosity-control) - [viscosity measuring solution (32)](https://www.cambridgeviscosity.com/blog/topic/viscosity-measuring-solution) - [viscosity management (27)](https://www.cambridgeviscosity.com/blog/topic/viscosity-management) - [ViscoPro 2100 (19)](https://www.cambridgeviscosity.com/blog/topic/viscopro-2100) - [process viscometers (19)](https://www.cambridgeviscosity.com/blog/topic/process-viscometers) - [in-line viscometers (18)](https://www.cambridgeviscosity.com/blog/topic/in-line-viscometers) - [coating viscosity (17)](https://www.cambridgeviscosity.com/blog/topic/coating-viscosity) - [compressor viscosity (13)](https://www.cambridgeviscosity.com/blog/topic/compressor-viscosity) - [Coating (12)](https://www.cambridgeviscosity.com/blog/topic/coating) - [refining (12)](https://www.cambridgeviscosity.com/blog/topic/refining) - [process viscometer (11)](https://www.cambridgeviscosity.com/blog/topic/process-viscometer) - [PVT (9)](https://www.cambridgeviscosity.com/blog/topic/pvt) - [ViscoLab PVT+ (9)](https://www.cambridgeviscosity.com/blog/topic/viscolab-pvt) - [high pressure viscometer (9)](https://www.cambridgeviscosity.com/blog/topic/high-pressure-viscometer) - [customer service (8)](https://www.cambridgeviscosity.com/blog/topic/customer-service) - [high temperature viscometer (8)](https://www.cambridgeviscosity.com/blog/topic/high-temperature-viscometer) - [Exploration (7)](https://www.cambridgeviscosity.com/blog/topic/exploration) - [lab viscometer (7)](https://www.cambridgeviscosity.com/blog/topic/lab-viscometer) - [lube oil viscosity (7)](https://www.cambridgeviscosity.com/blog/topic/lube-oil-viscosity) - [viscometer (7)](https://www.cambridgeviscosity.com/blog/topic/viscometer) - [VISCOpro2000 (6)](https://www.cambridgeviscosity.com/blog/topic/viscopro2000) - [monitor viscosity (6)](https://www.cambridgeviscosity.com/blog/topic/monitor-viscosity) - [oil viscosity (6)](https://www.cambridgeviscosity.com/blog/topic/oil-viscosity) - [viscosity (6)](https://www.cambridgeviscosity.com/blog/topic/viscosity) - [372 sensor (5)](https://www.cambridgeviscosity.com/blog/topic/372-sensor) - [392 sensor (5)](https://www.cambridgeviscosity.com/blog/topic/392-sensor) - [refrigerant viscosity (5)](https://www.cambridgeviscosity.com/blog/topic/refrigerant-viscosity) - [501 sensor (4)](https://www.cambridgeviscosity.com/blog/topic/501-sensor) - [571 sensor (4)](https://www.cambridgeviscosity.com/blog/topic/571-sensor) - [asphalt viscosity (4)](https://www.cambridgeviscosity.com/blog/topic/asphalt-viscosity) - [gas compressor (4)](https://www.cambridgeviscosity.com/blog/topic/gas-compressor) - [lube oil (4)](https://www.cambridgeviscosity.com/blog/topic/lube-oil) - [oil analysis (4)](https://www.cambridgeviscosity.com/blog/topic/oil-analysis) - [optical coating viscosity (4)](https://www.cambridgeviscosity.com/blog/topic/optical-coating-viscosity) - [viscometer support (4)](https://www.cambridgeviscosity.com/blog/topic/viscometer-support) - [EOR (3)](https://www.cambridgeviscosity.com/blog/topic/eor) - [VISCOpro1600 (3)](https://www.cambridgeviscosity.com/blog/topic/viscopro1600) - [biotech (3)](https://www.cambridgeviscosity.com/blog/topic/biotech) - [small sample viscometer (3)](https://www.cambridgeviscosity.com/blog/topic/small-sample-viscometer) - [temperature compensated viscosity (3)](https://www.cambridgeviscosity.com/blog/topic/temperature-compensated-viscosity) - [explosion-proof (2)](https://www.cambridgeviscosity.com/blog/topic/explosion-proof) - [eyewear viscosity (2)](https://www.cambridgeviscosity.com/blog/topic/eyewear-viscosity) - [fuel combustion (2)](https://www.cambridgeviscosity.com/blog/topic/fuel-combustion) - [heavy fuel oil viscosity (2)](https://www.cambridgeviscosity.com/blog/topic/heavy-fuel-oil-viscosity) - [international (2)](https://www.cambridgeviscosity.com/blog/topic/international) - [lens viscosity (2)](https://www.cambridgeviscosity.com/blog/topic/lens-viscosity) - [medical devices (2)](https://www.cambridgeviscosity.com/blog/topic/medical-devices) - [oil reservoir viscosity (2)](https://www.cambridgeviscosity.com/blog/topic/oil-reservoir-viscosity) - [on-site service (2)](https://www.cambridgeviscosity.com/blog/topic/on-site-service) - [research (2)](https://www.cambridgeviscosity.com/blog/topic/research) - [reservoir fluid (2)](https://www.cambridgeviscosity.com/blog/topic/reservoir-fluid) - [thin film coating (2)](https://www.cambridgeviscosity.com/blog/topic/thin-film-coating) - [viscometer calibration (2)](https://www.cambridgeviscosity.com/blog/topic/viscometer-calibration) - [wire coating (2)](https://www.cambridgeviscosity.com/blog/topic/wire-coating) - [301 sensor (1)](https://www.cambridgeviscosity.com/blog/topic/301-sensor) - [374 sensor (1)](https://www.cambridgeviscosity.com/blog/topic/374-sensor) - [393 sensor (1)](https://www.cambridgeviscosity.com/blog/topic/393-sensor) - [440 sensor (1)](https://www.cambridgeviscosity.com/blog/topic/440-sensor) - [500 series viscometer (1)](https://www.cambridgeviscosity.com/blog/topic/500-series-viscometer) - [Asia Pacific (1)](https://www.cambridgeviscosity.com/blog/topic/asia-pacific) - [Glass coating viscosity (1)](https://www.cambridgeviscosity.com/blog/topic/glass-coating-viscosity) - [H2S (1)](https://www.cambridgeviscosity.com/blog/topic/h2s) - [How to measure viscosity (1)](https://www.cambridgeviscosity.com/blog/topic/how-to-measure-viscosity) - [India (1)](https://www.cambridgeviscosity.com/blog/topic/india) - [Process Solutions (1)](https://www.cambridgeviscosity.com/blog/topic/process-solutions) - [VISCOlab4000 (1)](https://www.cambridgeviscosity.com/blog/topic/viscolab4000) - [biodiesel (1)](https://www.cambridgeviscosity.com/blog/topic/biodiesel) - [blending (1)](https://www.cambridgeviscosity.com/blog/topic/blending) - [chemical processing (1)](https://www.cambridgeviscosity.com/blog/topic/chemical-processing) - [diesel viscosity (1)](https://www.cambridgeviscosity.com/blog/topic/diesel-viscosity) - [enclosure (1)](https://www.cambridgeviscosity.com/blog/topic/enclosure) - [madico (1)](https://www.cambridgeviscosity.com/blog/topic/madico) - [marine fuel (1)](https://www.cambridgeviscosity.com/blog/topic/marine-fuel) - [oil monitoring (1)](https://www.cambridgeviscosity.com/blog/topic/oil-monitoring) - [paint viscosity (1)](https://www.cambridgeviscosity.com/blog/topic/paint-viscosity) - [polymers (1)](https://www.cambridgeviscosity.com/blog/topic/polymers) - [service (1)](https://www.cambridgeviscosity.com/blog/topic/service) - [supply chain (1)](https://www.cambridgeviscosity.com/blog/topic/supply-chain) - [viscometer meeting (1)](https://www.cambridgeviscosity.com/blog/topic/viscometer-meeting) - [wastewater treatment (1)](https://www.cambridgeviscosity.com/blog/topic/wastewater-treatment) [see all](https://www.cambridgeviscosity.com/blog/lessons-learned-viscosity-control-for-converters#) ### Posts by Topic - [viscosity control (39)](https://www.cambridgeviscosity.com/blog/topic/viscosity-control) - [viscosity measuring solution (32)](https://www.cambridgeviscosity.com/blog/topic/viscosity-measuring-solution) - [viscosity management (27)](https://www.cambridgeviscosity.com/blog/topic/viscosity-management) - [ViscoPro 2100 (19)](https://www.cambridgeviscosity.com/blog/topic/viscopro-2100) - [process viscometers (19)](https://www.cambridgeviscosity.com/blog/topic/process-viscometers) - [in-line viscometers (18)](https://www.cambridgeviscosity.com/blog/topic/in-line-viscometers) - [coating viscosity (17)](https://www.cambridgeviscosity.com/blog/topic/coating-viscosity) - [compressor viscosity (13)](https://www.cambridgeviscosity.com/blog/topic/compressor-viscosity) - [Coating (12)](https://www.cambridgeviscosity.com/blog/topic/coating) - [refining (12)](https://www.cambridgeviscosity.com/blog/topic/refining) - [process viscometer (11)](https://www.cambridgeviscosity.com/blog/topic/process-viscometer) - [PVT (9)](https://www.cambridgeviscosity.com/blog/topic/pvt) - [ViscoLab PVT+ (9)](https://www.cambridgeviscosity.com/blog/topic/viscolab-pvt) - [high pressure viscometer (9)](https://www.cambridgeviscosity.com/blog/topic/high-pressure-viscometer) - [customer service (8)](https://www.cambridgeviscosity.com/blog/topic/customer-service) - [high temperature viscometer (8)](https://www.cambridgeviscosity.com/blog/topic/high-temperature-viscometer) - [Exploration (7)](https://www.cambridgeviscosity.com/blog/topic/exploration) - [lab viscometer (7)](https://www.cambridgeviscosity.com/blog/topic/lab-viscometer) - [lube oil viscosity (7)](https://www.cambridgeviscosity.com/blog/topic/lube-oil-viscosity) - [viscometer (7)](https://www.cambridgeviscosity.com/blog/topic/viscometer) - [VISCOpro2000 (6)](https://www.cambridgeviscosity.com/blog/topic/viscopro2000) - [monitor viscosity (6)](https://www.cambridgeviscosity.com/blog/topic/monitor-viscosity) - [oil viscosity (6)](https://www.cambridgeviscosity.com/blog/topic/oil-viscosity) - [viscosity (6)](https://www.cambridgeviscosity.com/blog/topic/viscosity) - [372 sensor (5)](https://www.cambridgeviscosity.com/blog/topic/372-sensor) - [392 sensor (5)](https://www.cambridgeviscosity.com/blog/topic/392-sensor) - [refrigerant viscosity (5)](https://www.cambridgeviscosity.com/blog/topic/refrigerant-viscosity) - [501 sensor (4)](https://www.cambridgeviscosity.com/blog/topic/501-sensor) - [571 sensor (4)](https://www.cambridgeviscosity.com/blog/topic/571-sensor) - [asphalt viscosity (4)](https://www.cambridgeviscosity.com/blog/topic/asphalt-viscosity) - [gas compressor (4)](https://www.cambridgeviscosity.com/blog/topic/gas-compressor) - [lube oil (4)](https://www.cambridgeviscosity.com/blog/topic/lube-oil) - [oil analysis (4)](https://www.cambridgeviscosity.com/blog/topic/oil-analysis) - [optical coating viscosity (4)](https://www.cambridgeviscosity.com/blog/topic/optical-coating-viscosity) - [viscometer support (4)](https://www.cambridgeviscosity.com/blog/topic/viscometer-support) - [EOR (3)](https://www.cambridgeviscosity.com/blog/topic/eor) - [VISCOpro1600 (3)](https://www.cambridgeviscosity.com/blog/topic/viscopro1600) - [biotech (3)](https://www.cambridgeviscosity.com/blog/topic/biotech) - [small sample viscometer (3)](https://www.cambridgeviscosity.com/blog/topic/small-sample-viscometer) - [temperature compensated viscosity (3)](https://www.cambridgeviscosity.com/blog/topic/temperature-compensated-viscosity) - [explosion-proof (2)](https://www.cambridgeviscosity.com/blog/topic/explosion-proof) - [eyewear viscosity (2)](https://www.cambridgeviscosity.com/blog/topic/eyewear-viscosity) - [fuel combustion (2)](https://www.cambridgeviscosity.com/blog/topic/fuel-combustion) - [heavy fuel oil viscosity (2)](https://www.cambridgeviscosity.com/blog/topic/heavy-fuel-oil-viscosity) - [international (2)](https://www.cambridgeviscosity.com/blog/topic/international) - [lens viscosity (2)](https://www.cambridgeviscosity.com/blog/topic/lens-viscosity) - [medical devices (2)](https://www.cambridgeviscosity.com/blog/topic/medical-devices) - [oil reservoir viscosity (2)](https://www.cambridgeviscosity.com/blog/topic/oil-reservoir-viscosity) - [on-site service (2)](https://www.cambridgeviscosity.com/blog/topic/on-site-service) - [research (2)](https://www.cambridgeviscosity.com/blog/topic/research) - [reservoir fluid (2)](https://www.cambridgeviscosity.com/blog/topic/reservoir-fluid) - [thin film coating (2)](https://www.cambridgeviscosity.com/blog/topic/thin-film-coating) - [viscometer calibration (2)](https://www.cambridgeviscosity.com/blog/topic/viscometer-calibration) - [wire coating (2)](https://www.cambridgeviscosity.com/blog/topic/wire-coating) - [301 sensor (1)](https://www.cambridgeviscosity.com/blog/topic/301-sensor) - [374 sensor (1)](https://www.cambridgeviscosity.com/blog/topic/374-sensor) - [393 sensor (1)](https://www.cambridgeviscosity.com/blog/topic/393-sensor) - [440 sensor (1)](https://www.cambridgeviscosity.com/blog/topic/440-sensor) - [500 series viscometer (1)](https://www.cambridgeviscosity.com/blog/topic/500-series-viscometer) - [Asia Pacific (1)](https://www.cambridgeviscosity.com/blog/topic/asia-pacific) - [Glass coating viscosity (1)](https://www.cambridgeviscosity.com/blog/topic/glass-coating-viscosity) - [H2S (1)](https://www.cambridgeviscosity.com/blog/topic/h2s) - [How to measure viscosity (1)](https://www.cambridgeviscosity.com/blog/topic/how-to-measure-viscosity) - [India (1)](https://www.cambridgeviscosity.com/blog/topic/india) - [Process Solutions (1)](https://www.cambridgeviscosity.com/blog/topic/process-solutions) - [VISCOlab4000 (1)](https://www.cambridgeviscosity.com/blog/topic/viscolab4000) - [biodiesel (1)](https://www.cambridgeviscosity.com/blog/topic/biodiesel) - [blending (1)](https://www.cambridgeviscosity.com/blog/topic/blending) - [chemical processing (1)](https://www.cambridgeviscosity.com/blog/topic/chemical-processing) - [diesel viscosity (1)](https://www.cambridgeviscosity.com/blog/topic/diesel-viscosity) - [enclosure (1)](https://www.cambridgeviscosity.com/blog/topic/enclosure) - [madico (1)](https://www.cambridgeviscosity.com/blog/topic/madico) - [marine fuel (1)](https://www.cambridgeviscosity.com/blog/topic/marine-fuel) - [oil monitoring (1)](https://www.cambridgeviscosity.com/blog/topic/oil-monitoring) - [paint viscosity (1)](https://www.cambridgeviscosity.com/blog/topic/paint-viscosity) - [polymers (1)](https://www.cambridgeviscosity.com/blog/topic/polymers) - [service (1)](https://www.cambridgeviscosity.com/blog/topic/service) - [supply chain (1)](https://www.cambridgeviscosity.com/blog/topic/supply-chain) - [viscometer meeting (1)](https://www.cambridgeviscosity.com/blog/topic/viscometer-meeting) - [wastewater treatment (1)](https://www.cambridgeviscosity.com/blog/topic/wastewater-treatment) [See all](https://www.cambridgeviscosity.com/blog/lessons-learned-viscosity-control-for-converters#) ### Recent Posts #### About Us Known for innovation in viscosity measurement and control, Cambridge Viscosity specializes in the industry's most accurate, reliable, and easy-to-use viscometers for research laboratories and process environments.  **[Discover Our Story](https://www.cambridgeviscosity.com/about-us)** #### Products [Laboratory Viscometers](https://www.cambridgeviscosity.com/laboratory-viscometers) [Process Viscometers](https://www.cambridgeviscosity.com/process-viscometers) [Viscosity Sensors](https://www.cambridgeviscosity.com/process-sensors) **[Explore Cutting-Edge Viscosity Solutions ](https://www.cambridgeviscosity.com/technology-small-sample-viscosity)** #### Resources [Blog](https://cambridgeviscosity-2542477.hs-sites.com/blog) [White Papers](https://www.cambridgeviscosity.com/white-papers) [Brochures & Data Sheets](https://www.cambridgeviscosity.com/quick-reference) [Videos](https://www.cambridgeviscosity.com/videos) [![LinkedIn icon](https://www.cambridgeviscosity.com/hs-fs/hubfs/icon_linkedin.png?width=30&name=icon_linkedin.png)](https://www.linkedin.com/company/265960/) #### Contact Us Cambridge Viscosity, Inc. 50 Redfield St, Suite 204 Boston, MA 02122 USA 781 393-6500 Email: [Sales@CambridgeViscosity.com](mailto:Sales@CambridgeViscosity.com)