Consumer Products

Interface is a source of quality precision force sensor technologies used throughout the product lifecycle from concept and R&D, through engineering and testing, to manufacturing and eventually consumption. We supply force measurement solutions for use in equipment, machines, tools, and integration into actual products to measure performance and use. We even provide products to accurately measure and monitor hardware used in CPG distribution. Interface load cells and instrumentation help CPG product designers and fabricators drive usability, adoption, production efficiencies, and ensure safety to satisfy the needs of all types of consumers.

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Consumer Product Applications

Consumer Products Overview

There are a variety of problems to be solved when it comes to product design, testing, and development. It is often what inspires the next generation of a product or revolutionary new idea.

Consumer products are made across all types of industries, from healthcare to automotive. Interface force measurement solutions are used to predict failure and identify design challenges before these goods enter the public domain. It is hard to imagine any consumer product not going through rigorous test and measurement protocols before someone finds it in the marketplace. From testing furniture to ensuring your household appliances are safe and durable, Interface’s sensor measurement technologies have a critical role in a variety of types of testing in the creation and manufacturing of everyday goods.

Manufacturing CPG’s

Interface force measurement solutions are commonplace in R&D labs, design houses, manufacturing environments, and even packaging plants for consumer goods. For industrial robotic arms, measuring force and torque during lifting and placing items is one example of how sensors improve performance in the manufacturing process of final goods. An industrial automation engineer wanted to ensure the robotic arm would operate efficiently and actually improve the packaging process. Interface created a custom solution using our 6A40 6-Axis Load Cell, which was installed at the wrist of the robotic arm. The 6A40 measured all forces and torques (Fx, Fʏ, Fz, Mx, Mʏ, Mz). This load cell was connected to our BX8 8-Channel Data Acquisition System and Amplifier with BlueDAQ Software, where results were displayed, logged, and graphed for monitoring.

Interface remains the leader in load cell and torque transducer accuracy and quality, and we have no plans to change our focus. Interface’s specialty is building solutions for the testing and monitoring of parts and total systems that move and create force, which is vital to makers and designers of consumer product goods. This is necessary when producing final products and consumer goods across all industries. Our force measurement solutions are ideal for stand-alone testing rigs, production equipment, and embedded in consumer products to increase operability and reliability for end users.

Fitness Equipment

Fitness equipment manufacturers are installing sensors of all types into their equipment to measure various forces and provide fitness data to the user, trainers, physical therapists, and doctors to monitor movement and actions.

Interface’s load cells, torque transducers, multi-axis sensor and instrumentation are currently utilized in the testing, production, and continuous monitoring of modern exercise equipment. Demand for instantaneous feedback by consumers is part of the requirement sensor-based systems that accurately measure weight, torque, and force in motion.

Interface Mini Load Cells are designed for easy integration into fitness equipment, for all phases from R&D to consumer use. The size, capacity and low cost provides a sensible OEM option to activate the equipment for real-time feedback and performance monitoring. The results are increased use, higher satisfaction by the user, accuracy in measurement, better feedback, increased quality, and enhanced safety features.

Types of Fitness Equipment Benefitting from Interface Measurement Solutions

The global fitness market requires a trusted and proven measurement solutions partner. The industry is looking at consistent growth over the next few years. The global fitness equipment market is estimated to be over $16B and growing at 5.3% CAGR from 2023 to 2030.

Interface load cells are being used to assess different running techniques and monitor the progress of rehabilitation exercise. Interface’s sensors provide accurate data for all types of user profiles in the fitness industry such as strength variability, weights, and distinct experience levels.

Fitness_Infographic_Poster

Esports and Gaming Hardware

Precision can make a difference in setting a record or winning a competition in esports and gaming. Esports are a form of digital video gaming in which individuals or teams compete in organized tournaments and leagues, primarily online.

These competitions revolve around various video game genres, requiring players to demonstrate high skill levels, strategy, and teamwork. Esports events are often streamed live and attract large audiences of spectators, blurring the lines between traditional sports and gaming.

Gaming hardware often takes a backseat to the spotlight enjoyed by the games themselves. However, the equipment must deliver exceptional accuracy, reliability, and responsiveness, from sim racing pedals to gaming controllers. This is where advanced measurement technologies like load cells, torque transducers, and force sensors come into play.

Hardware, including simulation monitors, gaming chairs, keyboards, controllers, and event display equipment, must withstand the demands of passionate and competitive gamers and their audiences. To ensure reliability and performance, each device undergoes extensive testing before gamers put equipment into play.

Interface offers a range of test and measurement solutions for gaming hardware manufacturers, including precision load cells in various sizes, wireless instrumentation, and digital output modules designed for seamless integration into simulation systems.

eSports and Gaming Applications Using Interface Test and Measurement Solutions

VR Simulation Hardware Design and Testing
Haptic Feedback System Testing
Controller Testing and Optimization
Gaming Brake Pedals
Steering and Racing Wheel Force Feedback
Keyboard and Mouse Testing, Keystroke Force, and Tactile Feedback
Arena Display Rigging and Staging
Button and Trigger Activation Force
Haptic Feedback System Calibration
Durability and Wear Testing
Flight Simulator Controls
VR Haptic Suits and Gloves
Esports Training and User Performance Analysis

Load cells optimize esports and gaming hardware design and performance. They measure the force required for button presses, joystick movements, and keystrokes, ensuring responsiveness and comfort. This technology also helps calibrate haptic feedback systems in controllers and racing wheels for realistic gaming experiences. Furthermore, load cells are used to test the durability of gaming equipment and analyze player performance by measuring reaction time and pressure applied to controls. This data allows manufacturers to create high-quality, ergonomic hardware and helps players refine their techniques for a competitive edge.

For example, load cells play a critical role in gaming brake pedals. During the development and design phase, force measurement testing with load cells allows gaming pedal manufacturers to fine-tune the force required to slow or stop a virtual vehicle under different conditions. Additionally, load cells are valuable for assessing the durability and reliability of gaming components.

Gaming arena facilities use load cell technology in support infrastructure and visualization screens to bring virtual reality and esports to life. These technologies are used in innovative venue designs and one-of-a-kind virtual experiences.

Interface offers a range of test and measurement solutions for gaming hardware manufacturers, including precision load cells in various sizes, wireless instrumentation, and digital output modules designed for seamless integration into simulation systems.

ESportsGaming_Infographic

Electronics

The electronics industry is one of the most dynamic and rapidly changing markets worldwide. It demands precision, and quality must not be compromised. From semiconductors and circuit boards to consumer electronics and advanced robotics, the performance of electronic devices depends on the reliability of every component and each step in the process. At Interface, our advanced load cells, torque transducers, and complete force measurement systems provide the accuracy and consistency that electronics manufacturers rely on to drive innovation.

Electronics manufacturing often involves working with tiny, fragile materials, micro-scale components, and high-speed automated systems. Even the smallest variation in force or torque during assembly, bonding, or testing can significantly impact performance, durability, and ultimately, customer satisfaction. That’s why leading electronics companies trust Interface solutions to monitor, measure, and validate every step with precise accuracy.

Electronics Applications for Interface Products include:

OEM machines and actuators
Consumer electronics validation
Electronic device fatigue testing
Material testing
Robotics and automation component design, testing, and monitoring
Connector and component testing
Electronic product R&D
Semiconductor production and packaging
Printed circuit board (PCB) assembly and testing

Products Used for Electronics Test Labs, Engineering and Design Houses, and Manufacturers

Our Mini Load Cells and Load Button Load Cells are especially well-suited for electronics testing and manufacturing applications where space is limited but sensitivity is non-negotiable. Our miniature sensors can capture micro-level forces in semiconductor assembly lines, robotic pick-and-place systems, or PCB testing environments. Multi-axis sensors are commonly used in robotics and industrial equipment testing, articulation of electronic components, and grip measurements.

Interface sensors, paired with our instrumentation and data acquisition systems, provide real-time feedback that empowers manufacturers to improve process control, enhance yield, and reduce costly rework.

Interface continues to support the industry with innovative solutions that help companies meet current demands and prepare for future breakthroughs. Whether it’s ensuring a smartphone button feels just right, verifying the structural integrity of a wearable device, or testing the delicate force in semiconductor packaging, Interface is the trusted partner for force measurement in electronics.

By incorporating Interface’s force measurement solutions into their operations, electronics manufacturers can precisely optimize each phase of production, from development to final validation.

Food and Beverage

In the consumer food and beverage sector, there is an increasing demand for higher production output, global expansion, and tighter quality control. Facilities involved in the manufacturing and packaging of food and beverage products are implementing processes to enhance quality, efficiency, and yield. However, without precise measurement data, these efforts can lead to waste and inefficiencies.

The food processing automation market is experiencing robust growth. A critical need for efficiency, traceability, and waste reduction drives this rapid expansion. The industry is moving toward real-time, data-driven systems, from robotics and process monitoring to final packaging check-weighing.

Tailored Solutions for Food Production Optimization

At Interface, we help engineers and manufacturers optimize the entire food and beverage production journey through advanced force measurement solutions. Our sensor technologies provide the critical data needed to minimize inefficiencies and reduce product giveaways. By monitoring the “health” of your production line, our load cells can help predict maintenance needs, preventing costly downtime and material spoilage.

The versatility of Interface sensor technologies allows facilities to achieve the highest standards of condition, consistency, and productivity for canning, bottling, and packaging.

Food and Beverage Applications for Interface Measurement Solutions

Harvesting Equipment
Food Handling, Picking and Sorting
Weighing and Yield Management
Silo Dispensing and Tank Monitoring
Processing Machines, Mixers, and Cutters
Production Line
Robotics
Check Weighing
Filling Machines
Capping & Sealing
Conveyor Monitoring and Maintenance
Palletizing and Storage
Packaging

Interface provides reliable, accurate, and rugged sensor technologies suitable for highly regulated environments, including washdown zones, ensuring product safety and line efficiency.

Whether you need to integrate a sensor into a new piece of equipment, retrofit production hardware to provide measurement data, or research ways to use force measurements in submersible or low-temperature environments, we can help you find the best product to meet your specific requirements.

Interface Products Used in Food & Beverage

LowProfile Load Cells
Platform Scale Load Cells
Miniature Beam Load Cells
Load Button Load Cells
PBLC Pillow Block Load Bearing Load Cells
Torque Transducers
Multi-Axis Sensors
Load Pins and Tension Links
Instrumentation
DAQ
Complete Systems
WTS Wireless Telemetry Systems

Efficiency equals agility. With solutions like our WTS Wireless Telemetry Systems, facility managers can gather real-time data from multiple points on the production line, from bin weighing to robotic arm operation, without the mess of cables.

Interface force measurement solutions are used by production line engineers, machine builders, equipment manufacturers, and OEMs, as well as in equipment and tool suppliers. Interface force measurement solutions are used in all aspects of food production, including agricultural equipment, weighing scales, industrial automation robotics, and lifting machines used to transport consumer goods.

Interface collaborates with our customers to provide the right measurement solution to help ensure your product reaches the table safely, efficiently, and cost-effectively.

Additional Resources

Commercial Food Processing

Food and Beverage Conveyor Belt

Force Measurement for Efficiency in Food Processing and Packaging

Load Cells for Smarter and More Efficient Weighing

Vertical Farming for Sustainable Food Production on Earth and Beyond

Interface Helps to Move Agriculture Innovation Forward

Chicken Weighing

Fruit Weighing

Interface Manufacturing and Production Solutions

Appliances

Today’s household appliances undergo rigorous testing utilizing sensing technologies for accurate measurement in component design, functionality, and control. The data provided from force measurement systems are important in assessing quality, safety, performance and capabilities of small handheld to super-sized appliances used every day.

Load cells are widely integrated into all kinds of appliances like, smart air-fry machines, bakery ovens and modern stoves, blenders and mixers, and the latest beverage production machines. Washing machines rely on accurate load detection to balance drums and optimize wash cycles. Smart kitchen appliances depend on exact load measurements to ensure repeatable cooking results.

As appliances become smarter in design to capture the consumer interest, they are also engineered for optimizing energy use, automating processes, and delivering consistent results. Appliance manufacturers need force sensors they can trust during design validation, production testing, and long-term performance evaluation. This is where Interface excels in providing reliable solutions.

Interface load cells and force sensors help manufacturers ensure their appliances performance exactly as intended before they ever reach the consumer’s home.

Appliance Applications Using Interface Load Cells

Load detection in washing machines to measure laundry weight and optimize water level, detergent dosing, and cycle time.
Drum imbalance detection to reduce vibration and noise.
Door and latch force testing to ensure safety and durability.
Lifecycle and fatigue testing of suspension systems and mounts.
Cookware load detection on smart stoves and induction cooktops.
Container presence and fill-level detection to prevent overloads.
Food weight monitoring in smart refrigerators for inventory tracking.
Shelf load testing to verify strength and safety limits.
Bathroom and personal scales for accurate body weight measurement.
Smart trash bins for load detection and fill-level monitoring.
Overload and abuse testing to validate safety margins.
Vibration and shock testing for shipping and handling conditions.
Quality control and compliance testing to adhere to strict warranty and safety requirements.

Interface’s broad range of load cells, multi-axis force sensors, and torque sensors gives appliance manufacturers flexibility. Whether testing compact smart kitchen devices, large laundry appliances, or integrated subassemblies, Interface offers solutions that fit space constraints while maintaining laboratory-grade accuracy.

Sports Equipment

In the world of professional and consumer sports, precision force measurement is the vital link between an athlete’s intent and the equipment’s response. By assessing the structural integrity of a carbon fiber bike frame, the sweet spot of a golf club, or the impact absorption of a protective helmet, Interface sensors allow engineers to push the limits of physics.

In an era where sports technology is a billion-dollar race for marginal gains, our high-accuracy sensors provide the empirical evidence needed to innovate safely, ensuring that equipment is lighter, faster, and more resilient than ever before.

Interface Products Used in Sports Equipment Testing and Design

Fatigue-Rated LowProfile™ Load Cells
Mini Load Cells
Rotary Torque Transducers
Multi-Axis Sensors
Wireless Telemetry (WTS) and Bluetooth® Systems
Digital Instrumentation
DAQ Instruments
Complete Systems

Interface load cells are crucial for measuring high-cycle counts and fatigue in sports equipment design. Items like tennis rackets and bicycle cranks undergo millions of stress cycles. Equipment must withstand sudden, high-impact forces, such as a baseball bat hit or a hockey puck collision. These tests require sensors that can deliver high-sampling-rate data in demanding conditions, using high-accuracy overload-protected load cells.

Sports equipment makers often need miniature load cells, like our ULC, MBI, and SuperSC, to keep technology nearly hidden while still providing vital force, torque, and weight measurements. Sensors should be small enough to embed in items like helmets or pickleball paddles without compromising performance.

Sports Equipment Applications Using Interface Products

Bicycle Frame and Component Fatigue Testing
Golf Club Shaft Flex and Head Impact Analysis
Tennis Racket Torsional Rigidity and String Tension Testing
Baseball Bat Swing Torque and Impact Measurement
Hockey Stick Flexibility and Blade Stress Mapping
Protective Gear (Helmets and Padding) Impact Absorption
Ski Binding Release Force Calibration
Professional Racing Sail and Rigging Tension Monitoring
High-Performance Footwear Traction and Cleat Pressure Mapping
Ball Consistency and Compression Testing (Baseballs, Softballs, Golf Balls)
Rowing Oar Flex and Sculling Blade Efficiency
Surfboard Fin Stress and Hydrofoil Lift Testing

Sports equipment testing occurs in all conditions, from the heat of a velodrome to the moisture of an outdoor pitch, necessitating high-grade environmental sealing. This includes submersible load cells that are sealed for water testing, as well as extreme-temperature load cells that match the use environment.

Why Interface for Sports Equipment?

Interface is the trusted partner for top sporting goods manufacturers. We deliver the high precision and dependability needed for both laboratory validation and real-world use. Modern sports equipment, from aerodynamic cycling parts to high-performance ball sports gear, requires thorough validation to meet user expectations and safety standards.

Our load cells, torque transducers, and multi-axis sensors are integrated into test benches to simulate an average consumer’s experience. These types of benches also test equipment’s performance under the extreme demands of professional athletes. We see this with sports equipment manufacturers, who are gaining insights into product development and usability with sensor data to deliver real-time performance feedback.

Consumables

The consumables industry operates in a high-volume environment, where even the smallest deviation in weight or force can result in significant material waste or compromise product safety.

Precision measurement is the foundation of consistency, ensuring that every batch of nutrients, liquids, or ingredients meets exact nutritional and quality standards. By integrating high-accuracy sensors into automated systems, processors can maximize yields, maintain strict regulatory compliance, and protect their brand reputation.

From large-scale commercial bakeries to pharmaceutical-grade liquid consumables, the ability to monitor and control force is essential. Interface offers measurement solutions designed for the hygienic and high-speed requirements of the consumables industry.

The Consumable Track Requires Precision Measurements

To prevent underfilling and product giveaway in liquid or dry consumables, load cells are integrated into high-velocity conveyor lines. In the production of prepared consumables, the mix viscosity determines the final quality. Torque transducers act as electronic monitors of spikes that indicate a foreign object obstruction, thereby protecting expensive machinery from damage.

Large-scale consumables production relies on accurate dispensing of bulk ingredients from silos. Interface WeighCheck Load Cells are installed under the legs of these structures to provide continuous inventory data.

At the end of the continuum, Interface sensors verify fastener application torque and packaging seal strength, ensuring the product is easy for the consumer to open while maintaining shelf life and safety.

Consumable Applications Using Interface Products

Bulk Material Receiving and Verification
Batching and Dosing Ingredient Measurement
Quality Control Systems
In-line Checkweighing for Packaged Goods
Automated Filling and Bottling Systems
Mixer and Blender Torque Monitoring
Machinery Overload and Obstruction Protection
Conveyor Belt Tension and Load Tracking
Product Crate and Pallet Weighing
Cap Torque and Packaging Seal Strength Testing
Ingredient Silo and Hopper Level Monitoring by Weight
Dough and Extrusion Force Measurement
Warehouse Inventory Management and Distribution

Whether it is a wireless system for a rotating mixer or a washdown-resistant load cell for a bottling line, our technology ensures that processing equipment remains accurate and productive from bulk material receiving to the final consumer interaction.

Interface Products Used in Consumable Production

Interface provides a comprehensive suite of sensors and instrumentation built for the rigorous demands of consumable production.

Interface is a trusted partner for equipment manufacturers and global processors of consumables. We provide the precision required to meet international safety standards and the durability to survive 24/7 production cycles.

Our application engineers help customers select the right sensors for extreme temperatures and sterile environments, ensuring that every measurement contributes to a safer and more efficient supply chain.

Bicycles

Bicycle design and testing involve structural, material, and mechanical evaluations to confirm prototypes and durability. For bicycle engineers and designers, ensuring mechanical integrity requires measurement of various forces, torques, and material performance under stress.

Because component fatigue, associated fracturing, or drivetrain failures pose safety risks or recalls, manufacturers rely on clear test data. Load cells, sensors, and torque transducers monitor impacts, fatigue, power transfer, and motor torque over millions of cycles.

Bicycles and Micro-Mobility

The global bicycle and micro-mobility sector has expanded into a complex engineering market driven by urban transport networks, commercial last-mile delivery fleets, and high-performance athletic demands.

Precision force measurement serves as the mandatory checkpoint for all types of bicycles, translating complex rider interactions, electric motor assist forces, and rough terrain impacts into measurable engineering metrics.

Integrating high-performance sensors directly into test frames and active prototypes allows engineering teams to find structural vulnerabilities, material limits, and component friction early in the design cycle. In mass-production and competitive bicycle development, this ongoing physical monitoring proves a reliable safety baseline, preventing frame-cracking fatigue failures and ensuring that braking, steering, and drivetrain assemblies perform predictably across diverse rider demographics and harsh outdoor environments.

Bicycle Sensor Applications

E-Bike Battery Enclosure Shock and Structural Fatigue Testing
Front Fork and Rear Shock Absorber Cyclic Loading Evaluation
Bottom Bracket and Motor Assist Rotational Torque Validation
Handlebar and Steering Column Impact Resistance Profiling
Multi-Axis Pedal Downward and Tangential Force Analysis
Seat Post and Frame Static Deflection Capacity Testing
Shareable Fleet Ruggedized Locking Mechanism Strength Verification
Cargo Trike Torsional Frame Twist and Axle Load Tracking
High-Velocity Wheel Rim Strike and Drop Test Profiling
Commercial Delivery Trike Brake Lever Actuation Verification
Carbon Composite Frame Crack Propagation and Cycling Fatigue Mapping
Mass-Market Youth Bicycle Component Static Load Compliance Testing

Overcoming Component Fatigue and Environmental Testing Challenges

The main challenge in bicycle testing is maintaining measurement stability across various conditions like road vibration, weather, and high-cycle load reversals. Accurate data collection requires low-latency, compact signal conditioning to record rapid load shifts, vibrations, and impact spikes without gaps or attenuation.

Bicycle components often face forces from multiple directions, so sensors must eliminate off-axis interference and crosstalk near moving parts. Since active street testing limits heavy wiring, engineers need small, wireless telemetry solutions that preserve data integrity during rides. Interface offers sealed, fatigue-rated sensors that isolate multidirectional forces and connect to wireless transmitters and digital tools for accurate physical data.

Interface Products Used in Bicycles and Micro-Mobility

LowProfile Load Cells
Mini Load Cells
Fatigue-Rated Load Cells
Multi-Axis Sensors
Reaction and Rotary Torque Transducers
Load Washer Sensors
Wireless Telemetry Systems
Instrumentation
Digital and Portable Instruments
Data Acquisition (DAQ) Systems
Interface Blue® Bluetooth® Enabled Instruments
Load Pins
Custom Solutions
Complete Systems

Why Accurate Test and Measurement Data Moves Bicycle Engineering Forward

Precision measurement serves as the foundation for bicycle optimization, converting complex structural interactions into actionable engineering insights. Interface provides highly accurate load cells, torque transducers, multi-axis sensors, instrumentation, and data acquisition systems for engineers and validation teams to accurately track structural loading, force, weight, and torque across all types of e-bikes, performance designs, cargo trikes, and shareable fleet assets.

Interface sensors and hardware ensure that cycle designers can confidently validate structural safety, maximize energy efficiency, continuously push material boundaries, and maintain high operational uptime across the consumer products sector.

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