Posts

Force Measurement Solutions for Advanced Manufacturing Robotics

One of the most significant trends in advancing manufacturing is the use of robotics for smart factory automation. These types of machines are designed and coded to perform a variety of mundane and repetitive tasks on a manufacturing line or within an industrial facility. This allows humans to utilize their skills to work on more complex and productive tasks.

These activities are often characterized as picking, assembly, labeling, packaging, finishing work and inspection. Integrating robotics into manufacturing has many benefits including improved workplace safety, increasing productivity, and reducing material waste and costs. Interface uses robotics in our advanced manufacturing efforts in the assembly and building of world-class sensor technologies that are used around the world.

As with all points within a factory, there are many tasks that are very simple, while others can be very intricate requiring precision. As tasks become more difficult, the accuracy of the robot’s functionality is incredibly important. This is when sensors and precision measurement become instrumental to automation.

To ensure supreme accuracy, force measurement sensors are being used to improve processes as well as designed into robotic systems for monitoring performance data in real time. Force measurement sensors help manufacturers optimize the activities and tasks assigned to automated functions.

Popular types or robots used in advanced manufacturing environments using Interface load cells and our force measurement solutions include:

  1. Articulated – Often used in assembly, these robots have rotary joints to allow for a range of motion. Sensors such as mini or load button load cells are used in the testing and actual embedded in the joints to measure force and pressure.
  2. Gantry – These robots have three linear joints that move in different axes The X, Y, Z measurements are often tested with multi-axis load cells as this cartesian robot requires accuracy and precision.
  3. Cylindrical – This type of single robotic arm moves up and down, often stabilized by a cylindrical rod. They often are used in assemblies, welding, and handling of materials. These are tested with load cells for their ability to articulate the movement with exactness.

Interface products are playing a big role in manufacturing automation, especially in the design and development of robotics that use measurement in performance. They are used in all types of industries including automotive, medical, agriculture, and of course general manufacturing.

We supply a wide variety of sensors that measure force, torque, pressure, pulling force and more. We also are well-known worldwide for the accuracy and reliability of our products, making us the perfect fit for high-precision robotics applications.

Here are a few application examples where force measurement provides enormous value in testing and using robotics to advance manufacturing.

Industrial ArmIndustrial Robotic Arm in Production Line

Robotic arm solutions are becoming commonly used on production lines. When a manufacturer of a robot arm needed to measure force and torque when the arm picks up and places objects, Interface supplied a Model 6A40A 6-Axis Load Cell with Model BX8-HD44 Data Acquisition and Amplifier. The 6A40-6 Axis Load Cell was able to measure all forces and torques (Fx, Fʏ, Fz, Mx, Mʏ, Mz) and the BXB-HD44 Data Acquisition Amplifier was able to log, display, and graph these measurements while sending scaled analog output signals for these axes to the robot’s control system. This helped the customer optimize the multiple forces on the robot needed for moving objects on the production line. Read more about this solution here.

Robotic ArmRobotic Arm

This customer needed to lift and move delicate objects, like a glass bottle, in an automated environment with a robotic arm without causing damage to the objects that are being lifted and moved. Delicacy was the key here. Two ConvexBT Load Button Load Cells were used in the grips of the robotic arm to measure the amount of pressure being applied to the object it is lifting and moving. The DMA2 DIN Rail Mount Signal Conditioner converts the signal received from the 2 ConvexBT Load Button Load Cells from mV/V to volts to the PLC Controller which tells the robotic arm to stop clamping pressure when a specified amount of pressure is applied to the object. The two ConvexBT Load Button Load Cells accurately measured the amount of pressure applied to the object the robotic arm was lifting and moving without causing any harm or damage to the object. Watch Robotic Arm Application Note and read more here.

More robotic applications are being tested every day. Interface is proud to be able to supply the necessary technology to enhance production lines, improve shipping and logistics operations and speed up repetitive processes with robotics so workforces can thrive and develop skills that advance manufacturing overall.

Additional Resources

OEM Industrial Robotic Arm App Note

Automation and Robotics Demands Absolute Precision

Robotics in Play with New Animated Application Using ConvexBT

Interface Solutions for Robotics and Industrial Automation

Force Sensors Advance Industrial Automation

Industrial automation heavily relies upon the use of sensor technologies to advance production and manufacturing. In the next phase of the industrial revolution, also referred to as Industry 4.0, gains in operational efficiencies are often rooted in innovative tools, robotics, and equipment renovations. These types of enhancements require use of interconnectivity, automation, machine learning, and real-time data. Interface is playing a significant role in enabling these advancements with smart force and torque measurement solutions.

Randy Franks at Sensor Tips poses the following question in a recent article: How can force sensing be integrated for Industry 4.0 upgrades?

“Upgrading facilities to industry 4.0 standards is one of the most significant trends in the manufacturing industry today. To do this, original equipment manufacturers (OEMs) are pushing hard to renovate their facilities with connected, automated devices and machines to create greater efficiency and cost savings. Smarter devices can ease the transition.”

He continues in his post to note, “For Industry 4.0, force measurement solutions providers are integrating actuators that move and control a mechanism or system with load cells to create fully automated force test systems.”

Illustrating how this work, Randy writes about manufacturers of mobile devices using force measurement testing automation to pressure test touch screens with the new Interface ConvexBT miniature-sized load button load cells

Click here to read the rest of the article.

The Role of Actuators in Force Measurement

One of the most common force measurement tests in the engineering and manufacturing world is called cycle testing. Cycle testing involves constant force being applied to a component or product over hours, days and even months. The goal is to test a product to find out how long it will last under the amount of force it will see in use in the real world.

Cycle testing is used throughout different industries. One of the most common applications of a cycle test is on something like airplane wings. The wings of an airplane are exposed to constant push and pull force to guarantee that they will hold up over many flights. Check out the wing fatigue testing application note here.

Another example is simple furniture tests, like a chair, to ensure it can withstand the weight of people of all sizes after years and years of use. These tests are designed to really push the limits on the product so engineers and manufacturers can confirm their designs and ensure safety and durability.

To carry out these tests, actuators are used to generate the force in cycle testing. An actuator is a component responsible for moving and controlling a mechanism or system. Actuators are small components that convert energy in a linear moment. There are a variety of different types of actuators including linear, rotary, hydraulic, pneumatic, and more. Each is designed to create force in different directions and on different axes.

Actuators are very important because force measurement is fed back into a control loop and the actuator allows you to accurately control how much force you’re putting on a test article. As a basic example, if you wanted to measure how much force it takes to close a door, you would use an actuator to provide the door closing force while the load cell measures the amount of force given off by the actuator.

Interface often integrates actuators into load cells for custom solutions to use in rigorous use and cycle testing. These types of custom solutions are used by equipment and product manufacturers, OEMs, as well as product design and testing labs. There is increasing frequency for OEMs to integrate actuators into load cells for testing their automated testing lines or products in use for continuous feedback.

For example, mobile device manufacturers use a miniature–sized load button load cell like the ConvexBT to test the pressure sensitivity of the touch screen. By using an actuator, phone manufacturers can set up an automated test lines with an actuator integrated in the load button load cell to test each screen as they go across a test line. You can read more about ConvexBT in this new white paper.

Another major application for actuators is in calibration machines. To test if a load cell is calibrated correctly, an actuator applies force to the load cell being tested and a calibration grade Gold Standard Load Cell simultaneously. These measurements can tell the user if the load cell needs to be recalibrated or not because the actuator allows the user to create a very precise force measurement. If measurements on the test load cell are not the same as the control load cell, the user knows it is off calibration and it’s time to schedule a calibration service.

From custom solutions to calibration, if actuators are necessary for your next project learn how Interface can work with you to find a solution that meets your precise needs.

Read more about Gold Standard Calibration Systems here.

Learn about how Interface is a preferred provider of OEM solutions here.

Interface Releases New ConvexBT White Paper

To meet the demand for the ever-evolving technological landscape, Interface is constantly gathers input from our customers across all industries and global network of test and measurement professionals to understand trends and sensor requirements for today and into the future. These valuable insights drive our new product introduction strategy and evaluations into how we can best solve your challenges.

In this new white paper, Ted Larson, VP Product & Project Management, and James Richardson, Mechanical Engineering Manager, highlight our recent introduction of a revolutionary load button load cell. We have captured the journey of our design story, along with detailing the innovative features, capacities, and benefits of our new ConvexBT Load Button Load Cell. You can access the entire paper here.

ConvexBT was introduced due to the growing trend of electronics miniaturization going on throughout nearly every hardware industry in the world. Original equipment manufacturers (OEMs) are packing more capabilities into smaller and smaller packages, and as product size shrinks testing sensors and equipment must downsize to match. ConvexBT is engineered to fit in tight spaces to test compression force with ultimate precision. It’s well-suited for industries like medical and industrial, where product miniaturization is prevalent throughout.

You can see some of the other recent ConvexBT highlights and use cases here:

[White Paper] ConvexBT The Most Innovative Load Button Load Cell

Advancing Load Button Load Cell Capabilities with ConvexBT 

Robotic Arm Application Note

Sensor Tips Magazine Highlight of ConvexBT

ConvexBT also includes some incredibly novel design choices that helps with rejection of misaligned loads, as well as temperature compensation. This makes it not only the most accurate load button load cell on the market, but also the most flexible. To learn more about ConvexBT and the unique design, capacity ranges, technical specification and more, download the white paper here.

Interface Promotes Key Leaders to Expand Services, New Markets and Innovations

Interface, the world’s trusted leader in technology, design, and manufacturing of force measurement solutions, announced this month key leadership changes within the organization. Ian James was promoted to chief operating officer (COO), Brian Peters was promoted to vice president of Global Sales, and the role of Mark Weathers, vice president of Interface’s Mini and 1923 Wireless products, is now leading advanced manufacturing and OEM solutions. These executive promotions are key steps to drive Interface’s sustained growth across multiple product lines, as well as its expansion into new markets and industries.

“Ian, Brian and Mark represent our breadth of leadership within our organization,” said Greg Adams, CEO, Interface. “In alignment with our entire Interface team, they are instrumental in growing our position as the leader in premium, accurate, and reliable force measurement solutions. Our company is fueled by our dedicated employees and I am honored to be part of their continuous efforts and commitment to provide the high-quality products and an exceptional customer experience for all of those we serve.”

Despite disruptions caused by the global pandemic in 2020, Interface continued to find new ways to help customers across multiple industries. The company launched one of its most innovative load cell products to date in ConvexBT, and expanded manufacturing and global sales of its international G Series SI-based load cell product line. Interface also expanded its automation and high volume, engineered-to-order production capabilities, and added manufacturing representatives GenTek and Hill and Company to improve in-market sales support in the U.S.

Ian James is a seasoned senior executive with a background in manufacturing and systems. After spending the early part of his career in the UK military, he held a series of senior roles in GE before founding two successful startups. He has worked with Interface since late 2017, most recently as vice president of sales. In his new role as COO, James sees his primary challenge and opportunity as leading the transformation of operations to a new and robust manufacturing model that will help the company serve its customers with world class products supported by an unbeatable customer experience.

Brian Peters served as a successful regional sales manager before his promotion to vice president of Global Sales. Peters is now responsible for the worldwide sales network for Interface, including U.S. manufacturing representatives and international distributors. Stepping into his new role, Peters looks forward to bringing over a decade of direct experience to steer Interface’s continued efforts of industry leading customer support and targeted market growth in the test and measurement, industrial applications, and OEM markets.

“As we navigate the current dynamic landscape, it’s critical that we remain agile to stay in front of changing market demands and customer requirements,” said Peters. “Our diversification across a wide range of industries has provided us both stability through the pandemic and wide-reaching insight as markets are recovering. Interface has already experienced ramping growth in early 2021, and our ability to outpace and out service our competition will be vital to Interface maintaining the gold standard expectations set by our customers and the force measurement industry as a whole.”

Mark Weathers has extended his leadership role in Interface’s focus on automation and OEM (original equipment manufacturer) business solutions. His expanded role is a result of his continued achievements as vice president of Interface’s Mini and 1923 Wireless production groups, where he has been able to cut lead times for some of Interface’s higher volume products by 50% or more. This title change reflects the company’s new strategic priorities of growing its higher-volume custom OEM business, and the closely related improvement of its technology and manufacturing processes to improve cost and performance.

“The VP of Advanced Manufacturing and OEM products is an extension of my former role as VP of Mini and 1923, which are largely OEM products. My role will be to prepare us to be more competitive by innovating in both product and process, resulting in cost positions that allow us to move into higher volume OEM applications,” said Mark Weathers, vice president of advanced manufacturing and OEM products.

NEWS ARTICLE: Interface Promotes Three, Expanding Roles for Innovations, Services and New Markets

PRESS RELEASE: Force Measurement Solutions Leader Interface Announces Executive Promotions Supporting its Continued Growth and Expansion

Robotics in Play with New Animated Application Using ConvexBT

Numerous factors are driving the industry 4.0 revolution. From big data to IoT technology, industrial facilities and manufacturing plants are looking at new ways to automate their process and create a more efficient and cost-effective environment. One of the most important technology advancements in this mix is robotics.

Robotic equipment is a common industry 4.0 innovation used to create an autonomous or semi-autonomous machine capable of carrying out a variety of repetitive tasks that used to take up the time of skilled labor. Some of the tasks or processes that robotics enhance include stock management and logistics, manufacturing automation, janitorial duties and, there are even robotic applications called co-bots that assist human workers when ultra-high precision is needed.

To facilitate the demand for robotics, a variety of sensor and measurement components are necessary to ensure the highest quality and reliability of these application. Many tasks carried out by robotic applications are ultra-precise and require more accuracy than what a human hand or eye can handle.

Sensor technologies embedded in the actual robotics instrument must also be used to constantly calibrate or monitor the robotics. If robotics is used on an automated manufacturing line, any issues with the robotics can disrupt and compromise the entire process. Therefore, robotics manufacturers utilize Interface solutions when they need quality sensors that can monitor the precision of the robotics and ensure that their accuracy and reliability is maintained.

Interface develops high-quality test and measurement solutions designed for hardware testing of all kind. For robotics, our products are frequently used as a component within an OEM device. We understand the premium accuracy and reliability necessary to help develop robotics solutions and have provided both off-the-shelf and custom force measurement solutions designed to meet a variety of applications. We recently created an animated application note on an industrial automation robotic arm using our new light weight, light touch load button load cell, the ConvexBT.

The ConvexBT is designed for testing and also for full integration into the robotic element to measure the force pressure during use.  ConvexBT is available in multiple capacities, including our latest release of the 500lb and 1Klb models.

NEW! Interface Robotic Arm Application Note

A customer came to Interface with a robotic arm product that would be used to lift and move delicate objects, such as a glass bottle, in an automated environment. The goal in using Interface was to find a force measurement product that could ensure the robotic arm did not damage the products it was moving by applying too much force. The main component that Interface products would be applied to is the robotic arms’ clamp. The objective was monitoring the grabbing pressure of the clamp and ensure that the device would stop applying pressure when the necessary force was used to pick up the object without doing damage.

Using its new line of Load Button Load Cells, ConvexBT, and a DMA2 DIN Rail Mount Signal Conditioner, Interface provided a solution that would produce an electric signal on the clamping process that tells a controller to have the device stop applying pressure. Two ConvexBT products were connected underneath the rubber pads on both sides of the robotic arm clamping device. When the clamps made contact and applied pressure, the DMA2 Signal Conditioner converted the signal from the ConvexBT from MV/V to volts to a PLC controller. This signal tells the controller when to have the robotic arm stop applying clamping force.

Ultimately, the two ConvexBT Load Button Load Cells were able to accurately measure the amount of pressure applied to the object the robotic arm was lifting and moving without causing any harm or damage to the object.

This is just one of many examples of force measurement products being used in the robotics and automation industry. As the demand for robotics grows and a wider variety of applications are introduced, Interface will continue to engineer the best solutions to help customers reach the age of Industry 4.0.

To learn more about Interface solutions for the robotics and automation industry, please visit /solutions/. You can also check out our case study on the for industrial automation and robotics use here.

Trending at Interface

As in years past, the Interface team looks at trends in what products caught the greatest interest of our customers, along with those that are top sellers throughout the year.

We’ve gathered our key findings based on searches and purchases by industry-leading engineers, product designers, testing labs, manufacturers and T&M pros using Interface solutions. Here is a summary of the trends over the past 12 months.

TRENDING PRODUCT CATEGORES IN 2020

#1 LOAD CELLS – There is no surprise that topping the 2020 list is what we are best known for, our precision load cells. When quality, accuracy, and reliability matter Interface Models 1000, 1100, 1500 and 1600 in various capacities ranked highest in interest. What’s the top seller? The 1200 Standard Precision LowProfile® Load Cell ranks number one, with the 1000 Fatigue Rated Load Cell in second place.

#2 TORQUE TRANSDUCERS – Torque is definitely trending, taking the number two spot. Hot picks are the MRT Miniature Flange Style Reaction Torque Transducer, T8, T25 and our proprietary AxialTQ. Read Torque 101 here.

#3 INSTRUMENTATION – One of the most popular adds to any purchase is instrumentation like the DMA2, SGA, 9320 or 9840.

#4 MULTI-AXIS SENSORS – Watch Dimensions of Multi-Axis Sensors to learn more about why multi-axis is trending, including the popular 3AXX 3-Axis Force Load Cell.

#5 MINIATURE LOAD CELLS – Interface’s expertise for engineering force measurement applies to a wide range of capacities and sizes, including Interface Mini best sellers: SSM and SSM2 Sealed S-Type Load Cells, SM-S Type and SMT Miniature Load Cells followed closely by MB, MBP, WMC Stainless Steel Miniature Load Cell and SMTM models.

#6 CALIBRATION SYSTEMS – These Interface systems are growing in popularity. Read why here.

#7 CALIBRATION SERVICES AND REPAIR ­­­– Our customers can depend on us for our services. Click here to request service today.

#8 DIGITAL INSTRUMENTATION – Interface has expanded our line of digital instrumentation based on growing demands. See what’s hot here, like our BX8.

#9 LOAD PINS, LOAD SHACKLES AND TENSION LINKS – A new entry to the trends list this year based on the high interest for these specialty products including the wireless options.

#10 LOAD BUTTON LOAD CELLS – Robotics, automation and testing in confined and compact spaces has raised greater interest in highly-accurate load button load cells, including our new ConvexBT and our popular LBM and LBS models.

Based on feedback and our analysis of trends, we know that getting exactly what you want is as important as the product category selection. Engineered to order, custom solutions and complete systems are rapidly growing in demand as Interface customers evaluate ways to embed sensor technologies into products or utilize advances sensor technologies, along with wireless and Bluetooth communication capabilities.

Take a look at why Interface Engineered to Order Solutions continue to be in high demand by helping our customers get exactly what they need.

Interface has played an important role in shaping the test and measurement industry and though we know our standard catalog is robust, we are always here to get the exact product for our customer’s exact requirements. How can we help you get what you want in 2021 and beyond?  Reach out and let’s start the conversation now.

Interface Outlook for 2021

Interface CEO Greg Adams shares his outlook for the coming year.

Never in our collective lives have we faced so much uncertainty and turmoil! The year 2020 will make history, that much is certain. Between the COVID-19 pandemic, social unrest, and a year of political strife for the ages, I think we’re all ready to turn the chapter on the start of this decade.

Despite the challenges we’ve faced in 2020, I’m still very optimistic about our future, and for Interface. My optimism is fueled by the amazing people we have here at Interface.

As a family, we’ve gotten through this together and are only growing stronger. I couldn’t be prouder of our people for their resilience and hard work in the past year. We have continued to provide the same excellent service our customers appreciate. In fact, our Net Promoter Score® remained above 60 again in our latest 2020 Customer Satisfaction Survey.

Additionally, product quality is higher than ever and we even had a few major product launches this year, including ConvexBT, our most advanced load button load cell ever, and the G Series, a new international Mini Load Cell product line. And most importantly, we’ve done all of this by ensuring that the health and safety of everyone is our number one priority.

Our ability to remain successful in the past year is a product of how diversified our end markets remain. We continue to serve a wide variety of critical technology-focused industries including aerospace and defense, automotive, medical, industrial, T&M and more. We have benefited from global diversification as well, stepping up our focus on market leaders around the world. It’s also a testament to our engineers who continue to be future focused on innovation. We’ve developed new and groundbreaking ways to serve customers, and we’ve identified trends to keep us at the bleeding edge in our industry and continuously moving forward.

The last point I’ll make on the year 2020 before looking ahead is that we’ve also taken some of the downtime to improve our internal processes and dedicate time to skills training for our team. Not only have we improved our product lines and capabilities, but we’ve also ensured that our skillsets remain strong going into the next year.

And as we finally make the turn to 2021, I’ve spent some time looking ahead to what I believe the next year will hold for our industry and for Interface:

A heightened focus on pre-sale and post-sales service is one thing that we’ve heard from customers in the last year through our semi-annual surveys. We’re upgrading our sales process to ensure our engineering teams are more involved in assisting the customer select and configure the products and systems that are right for their application. Enhancing our after-sales service will include capturing and distributing instructions, guides, and other technical services into a more accessible and easier to find outlets like our robust website.

Another trend we’re seeing requested from our customers is a desire for force measurement providers to migrate from components to systems. World-class componentry will always be important, but our experience working with customers to provide total system solutions that meet their specific needs is critical. In addition, the demand for higher performance and more customization options continues. One of the biggest improvements Interface has made in the past year is updating our production lines to include more automation capabilities. This allows us to provide high-performance, customized products at high volume while still being able to offer competitive costs. This change is helping us expand our sales with the OEM customers.

Finally, a big trend we’ve been following is miniaturization and the desire to pack more sensor technology into a single load cell or torque transducer. We’ve already begun to address this in some of our products by designing accelerometers into load cells. In industries like automotive, we often use a torque transducer to measure rotation with components like car engines. By adding an accelerometer, we can measure both rotation and acceleration through a single device.

As this desire for more data and less convoluted test systems grows, Interface will continue to find ways to customize our load cells and add more sensor types like temperature and humidity. We’ll also do this by using electronic miniaturization manufacturing methods to improve capability without increasing the overall size of the package.

In conclusion, I’m extremely pleased with the level of talent, the strength of the brand and the depth of our commitment to customer satisfaction. We’ve overcome the challenges presented to us this year and remain stronger than ever. Our renewed focus on the future will also help us identify opportunities for innovation to serve customers in more unique and beneficial ways.

I hope that everyone in our community, from our partners to our customers and employees, has a wonderful holiday season and comes back in the new year refreshed. We’re not out of the woods yet with the pandemic, but there is light ahead and we are speeding to be the Interface you can always rely on.

Looking Forward to the New Year

2020 has been a challenging year for most. Despite the disruption every person and industry has faced this past year, Interface continues to keep our eyes on the future. What can we do to meet our customer’s needs today and tomorrow?

One of the ways that Interface has accomplished this intense focal point is by setting our sights on the increasing number of requests for specific drawings and engineered to order force, torque, and specialized product lines. These requests provide us unique visibility in evolving product development concepts and the overall T&M landscape for the customers we serve.

Through Interface’s continued investments in R&D, analyzing the marketplace, and anticipating customer needs, we’ve identified key trends that we believe will have a significant positive impact in meeting our customer’s current requirements and preparing for future demands.

The first trend we see today is our customer’s increased focus on miniaturization. Innovation using sensor technologies continues to shrink in dimensions yet require the same or greater level of precision performance. We see this in all types of devices and hand-held technologies, industrial automation, robotics, as well as in automotive and consumer product inventions.

The trend towards miniaturization in the medical device industry has been happening for quite some time; however, the capabilities and precision requirements continue to become more stringent and demanding of higher levels of performance. For example, with trends in at-home care remote monitoring has caused medical device manufacturers to develop mobility for devices. They’re also taking diagnostic machines and turning them into a handheld version so doctors can administer medical tests quickly and efficiently at the point of care, rather than sending patients out of home for administering or tracking.

To address product development challenges related to devices that becoming more compact, Interface is engineering and manufacturing precision components that excel in confined space. We’ve already begun to address this in 2020 with the release of our ultra-precision ConvexBT™ Load Button Load Cells.

ConvexBT is a first of its kind load button load cell, providing better temperature resistance and more enhanced eccentric load rejection than other competitive products. For many years, miniature load cells categorized as load buttons have been sensitive to off-axis, eccentric or misaligned loads. This means if the load is not exactly perpendicular to the surface it is resting on, the data could become skewed or inaccurate. Interface designed the ConvexBT load button load cell to confine misaligned loads to the primary axis of the cell providing superior performance in comparison to similar products on the market. Read more about the product release here.

The next key trend we are prepared to address in 2021 and beyond is test and measurement systems that address complex and multi-dimensional testing requirements. Historically, load cells and torque transducers have addressed force, torque, and weight in a variety of single product groups. And these devices would be added to a test series with a host of other sensors or get multiple outputs through a variety of tests. More and more customers want measurement devices that include additional outputs from the sensors to account for things like acceleration, temperature, humidity, and more.

We see this in growing requests for adding accelerometers in our load cells and torque transducers. In industries like automotive, we often use a torque transducer to measure rotation with components like car engines and tires. By adding an accelerometer, the device can be used to measure both torque and acceleration. This addresses our customer’s desire to simplify their test process and it provides more data in a single test to expand use cases and applications.  As this desire for more data and fewer testing devices grows, Interface is continuing the expansion of engineered to order and customized load cells to allow for dual measurements in a single component.

This trend is closely related to the need for a complete system. Systems are often completely customized to a single project or program that provides the measurement device, instrumentation, cabling, and housing. These systems can also be mobilized with wireless components for field applications.  The group of custom solutions engineers have created multiple versions of these systems used in energy, aerospace, and T&M labs.

Despite the challenges of the last year, Interface is hyper-focused on innovation and the ability to address the evolving needs of our customers. If you want to measure it, then Interface is here to help you create the right solution to get exactly what is required for your invention, product improvement or test. How can we help you win in 2021?