Manufacturing

Interface works with manufacturers and equipment makers by supplying high-performance measurement solutions, including top of the line load cells, torque transducers and instrumentation.

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Manufacturing Overview

Manufacturers use Interface products to improve their products and processes, meet safety requirements, automate machines, and test new designs. Force measurement products are versatile and valuable tools for manufacturers in both product design and the actual manufacturing of the products. Our sensor solutions improve the quality, safety, and efficiency of products and the equipment and tools used to make them.

Interface Products Used in the Manufacturing

Interface products are commonplace in manufacturing and production. Force measurement is integral to advanced manufacturing systems, production lines, packaging, and product testing. Interface sensors are utilized in testing and monitoring various machines, from presses to lifting equipment, to ensure accuracy and repeatability throughout the production line.

We understand manufacturing test and measurement applications, from using miniature load cells to apply the force needed to press a brand identity onto fragile consumables to using multi-axis sensors to verify performance data when making intricately machined parts. Interface custom OEM solutions are ideal for manufacturers who require direct installation to monitor weight, force, and torque.

Manufacturing equipment and processes that utilize Interface load cells and torque transducers:

How measurement solutions are used in the manufacturing of products:

R&D: The measurement data from transducers is available for improving the design of products and processes and developing new products. 
Testing: Every product undergoes rigorous testing before hitting the line. Interface products are essential for this phase of manufacturing to validate the use, lifecycle, and materials.
Quality: Interface products are used to measure the weight of manufactured products to ensure that they meet specifications. This is important for consumer goods, pharmaceuticals, medical devices, and other products where precise weight measurement is critical for safety and effectiveness.
Automation: Force measurement products are valuable in automation. As robotics, cobots, tools, and machinery are designed to automate tasks and processes in manufacturing, load cells like our multi-axis sensors provide valuable analysis data through all phases of automation.
Safety and Regulation: Sensors prevent accidents by detecting dangerous conditions in the manufacturing industry. Using measurement systems for alarms, alerts, and monitoring of equipment and tools is critical in manufacturing plants.
Process control: Manufacturing operations monitor the force or weight of materials in a facility to control the process and ensure that products are made to the correct specifications.
Productivity and Equipment Maintenance: Using Interface products to monitor the condition of equipment and detect potential problems before they cause downtime helps to prevent costly breakdowns and production delays.

Our depth of force measurement expertise and experience enable us to innovate, engineer, and produce the world’s most accurate, reliable, and quality sensor technology for manufacturers worldwide.

Manufacturing_InfographicPoster

Assembly

Manufacturing assembly refers to the process of combining individual parts or components to create a finished product. It’s a crucial stage in the overall manufacturing process, where pre-made components are brought together in a specific sequence to form a complete unit.

Assembly manufacturing automation and innovation are driving efficiency, quality, and safety. Whether in component integration, sequential processing, final product formation, or process control, assembly often defines operational success. Interface’s diverse measurement sensors ensure that the correct force, weight, and pressure are applied during assembly on advanced production lines and when deploying functional robotic systems.

Output from load cells, torque transducers, and multi-axis sensors, combined with data acquisition systems and indicators, provides manufacturers with a comprehensive understanding of their assembly processes, including job batching, mating, fastening, sorting, and weighing.

Assembly Applications Using Interface Transducers and Instrumentation

Robotic Assembly Force Control
Press Fitting Operations
Automated Fastening
Component Placement and Alignment
Bonding and Adhesive Application Monitoring
Cobot Design and Integration
Automated Part Mating
In-Line Assembly Verification
End-of-Line Functional Testing
Automated Riveting and Crimping

With ongoing advancements in assembly AI, robotics, and automation, Interface’s products are used for testing, monitoring, and controlling assembly machines at various stages of production. Load cells and force sensors serve as vital safeguards, preventing equipment overloads and protecting workers from potential hazards during assembly.

Multi-axis sensors are rapidly transforming robotic assembly, particularly in collaborative robot applications and the manipulation of complex parts. These sensors provide critical force and torque feedback, allowing robots to perform intricate assembly tasks with precision and dexterity. The integration of force and torque sensors into end-of-arm tooling enables robots to manage delicate components, adapt to variations in part geometry, and conduct assembly operations with remarkable accuracy.

Manufacturers and equipment makers are incorporating Interface’s miniature beams, s-types, and load button load cells into applications with severely limited space, such as in the assembly of small electronic devices, medical implants, and micro-mechanical systems. These miniature sensors deliver essential force and torque feedback for quality control and precise process monitoring within these tightly constrained environments, ensuring that even the smallest components are assembled with utmost accuracy and reliability.

Continuous monitoring with Interface sensors and instrumentation guarantees that machinery operates within safe parameters, minimizing risks and safety issues. Real-time monitoring offers instant feedback, enabling rapid adjustments and preventing costly downtime. Moreover, continuous force feedback analysis supports proactive maintenance, ensuring that production lines remain operational.

Production Lines

Production lines are the backbone of modern manufacturing, facilitating the efficient assembly of products. Consistency and maintaining precision while conducting thorough inspections stand out as paramount elements for creating top-tier products. Sensor data is vital in optimizing the production line.

Interface’s measurement solutions provide accurate data on production parameters such as temperature, speed, pressure, force, and other relevant variables. These can then be used to optimize the production process, detect and resolve problems in real-time, and prevent downtime. Additionally, Interface sensors can be integrated into industrial IoT systems and automation machinery to provide valuable insights and analytics to help manufacturers make data-driven decisions.

One of the main sensor types that play a role in these automated production lines is force sensors. Production line engineers use Interface force sensors to design and develop systems to ensure accuracy in measurements of force, weight, compression, and torque as products and components move throughout the line, including distribution.

How Interface Sensor Technologies are Utilized on Production Lines

Interface’s Force sensors are tools in manufacturing production lines, helping manufacturers ensure product quality, safety, and efficiency. They enable precise control, real-time feedback, and automation, all of which contribute to streamlined manufacturing processes and the delivery of high-quality products to consumers.

Textiles

Textiles are cloth or woven fabrics created through weaving, knitting, crocheting, or felting natural or synthetic fiber. In the manufacturing industry, different machines spin fibers into yarns and other woven textiles, including clothing, household linens, upholstery, and other materials used in various industries.

By providing quantitative data on the mechanical properties of yarns and fabrics, force measurement solutions contribute to improved product quality, optimized production processes, and innovative applications in smart textiles and wearable technology.

Interface load cells and instrumentation are used in several machines at various stages of textile production. From maintaining consistent tension in yarn to weighing fabric rolls and yarn packages, force measurement solutions are essential for quality control and efficient production. Interface products used by textile machine makers, engineers, lab technicians and product designers include:

LowProfile Load Cells can also be used in textile testing machines that measure tear strength testing to evaluate the strength. Load cells measure the tensile strength, tear resistance, and elongation of yarns and fabrics, providing vital data for quality control and material selection.

Force measurement is frequently used to monitor textile equipment performance. Interface load pin load cells can be installed directly into textile machines and retrofitting machines to monitor specific forces in real-time. In textile manufacturing, force sensors are valuable for identifying machine misalignments. Our load cells, combined with instrumentation, can help monitor textile machines, avoiding unnecessary repairs and disruption in production.

Textile Applications Using Interface Products:

Universal Test Machines for Textiles
Fabric Tear and Tensile Testing
Ring Spinning Frames
Textile Machine Maintenance And Calibration
Yarn Tension Monitoring
Stenter Equipment
Tumbler Dryers
Presses
Fabric Winding and Unwinding Processes
Assessing Machine Performance During Operations
Weaving Machines and Looms Design and Use
Industrial Sewing Machine Automation And Feedback
Knitting Machine Tension Testing
Cloth Cutting Machine Measurement
Abrasion Resistance of Fabrics
Monitoring Tension during Weaving, Knitting, And Finishing

Load cells monitor the tension of fibers during the drawing process, ensuring consistent fiber diameter and yarn quality. Load cells on the drafting system and traveler path track yarn tension, preventing breakage and ensuring uniformity. Load cell data provides valuable insights into machine performance and fabric properties, facilitating process optimization and product development.

Using Interface products for textile equipment, research, testing, and production provides precise control, optimizes production processes, and enhances product quality. Force measurement is a valuable tool for textile manufacturers striving for efficiency, consistency, and continuous improvement.

The textile industry involves complex manufacturing processes, from spinning and weaving to finishing and dyeing, resulting in many products that meet functional and aesthetic needs. Textiles are integral to our everyday lives, whether it’s the comfort of clothing, technical textile functionality, or fashion’s artistic expression through modern textile inventions.

Textiles_Infographic

Industrial Machinery

Industrial machinery is used across many industries, and is classified as technology, tools and equipment commonly utilized in manufacturing, handling, and construction. These machines include straightforward tools to complex robotics and systems.

The machines require extensive testing in design and for performance monitoring. Interface products are found in heavy machinery used in commercial and industrial sites. These machines are engineered to tolerate heavy use. Force sensors from Interface are designed into robots to allow for more precise and delicate tasks. Load cells in machine tools help to prevent damage to tools and workpieces by monitoring cutting forces. Interface’s force sensors empower industrial machinery in all industries the ability to monitor, regulate, and assure safety in production processes.

Industrial Machinery Types Utilizing Sensor Technologies

Interface load cells, torque transducers, multi-axis sensors, load shackles and instrumentation provide industrial engineers and manufacturers high quality data that monitors and confirms the design and in-action processes of their equipment. The accuracy of these devices is critical to high-quality outcomes, low-costs and most importantly, worker safety.

From manufacturing to assembly, Interface’s force sensors are frequently integrated into the machines to measure and monitor the forces exerted during different operations. They are used in testing equipment and labs, as well as R&D facilities that are retrofitting machinery to manage automated tasks.

Retrofitting Factories

With AI and automation technologies influencing manufacturing factories, the estimated 21 million manufacturing companies worldwide are beginning to adjust and advance their manufacturing processes. There are various types of manufacturing, from repetitive, continuous, batch, job shop, and discrete. All employ tools, machines, and equipment used through multiple processes that rely on accurate sensor data and technologies.

Retrofitting factories is a strategic approach to modernize and enhance existing production facilities. This involves installing new equipment, upgrading technology, redesigning layouts, and implementing new processes to make the factory more modern and competitive.

Factory equipment, systems, and processes upgrades are needed to improve efficiency, productivity, safety, and sustainability. Force measurement solutions are a cost-effective and efficient way to modernize older machinery and gain a competitive edge in the industry, increase production, improve quality, and decrease costly downtime and maintenance.

Interface’s sensor technologies, including our load cells and multi-axis sensors, provide critical data for various machinery designs and functions. Interface analog and digital instrumentation products are available to amplify, condition, and display the signals from force measurement sensors.

Manufacturers require modern tools and equipment to meet growing demands. Interface products are used to retrofit machines and update tools with sensor-based technologies. Integrating load cell data with control systems enables the implementation of tasks based on specific force thresholds. This can automate actions like triggering material feed, stopping processes upon reaching desired force levels or sorting parts based on weight or pressure applied.

Load Pin Load Cells are versatile tools for measuring tension or compression forces in various applications. Retrofitting existing equipment with load pins can unlock valuable insights into machine performance, optimize processes, and prevent costly breakdowns.

How load cells are used in retrofitting factories:

Retrofitting manufacturing equipment with load cells offers a cost-effective way to modernize existing infrastructure, improve process control, enhance quality, and gain valuable data for informed decision-making.

Workplace Safety and Automation

Interface measurement solutions, known for quality and accuracy, are at the forefront of all safety and regulation testing decisions.

In manufacturing, our load cells and torque transducers are integrated into machines and operating systems to ensure that equipment operates within safe operational limits. The sensor data enables automation functionality to help reduce risk and prevent accidents or injuries.

Production equipment makers and machine builders must adhere to workplace safety and comply with regulations. Safety systems are pervasive in manufacturing, whether building cobots to work on the production line or designing and testing equipment to move packages in a warehouse. Using accurate measurement is quintessential to workplace safety and automation.

Safety and Automation Applications Using Interface Sensors and Instrumentation

Interface application engineers work closely with our customers to ensure they have suitable sensors, instrumentation, DAQ systems, and accessories for each use case. We can build complete systems, such as lock-out boxes with sensor technologies and alarms. We also offer engineering services to customize a load cell for OEM and integrated solutions.

Benefits of Using Sensor Technologies for Workplace Safety and Automation

Precision and Accuracy: Load cells and torque transducers provide highly accurate measurements of force and rotation, respectively. This allows for precise control of automated machinery, ensuring consistent product quality and reducing errors. Less rework and higher-quality products contribute to a safer work environment, as there’s less chance of operators needing to fix mistakes or handle malfunctioning equipment.

Process Optimization: Manufacturers can gain valuable insights into their machines’ operations by precisely measuring forces and torques. This data can be used to optimize processes, identify inefficiencies, and reduce waste. Optimized processes with smoother operation result in fewer chances of equipment malfunction and potential safety hazards.

Safety Measures: Interface sensor devices can be designed into automated machines, tools, and equipment to measure safety during use. For example, our transducers can detect overloads or excessive torque, which could lead to equipment failure and injure workers. These sensors help prevent accidents and create a safer work environment by triggering alarms or automatic shutdowns.

Quality Control: Accurate measurement of forces and torques allows for real-time product quality monitoring. This enables manufacturers to identify and address any deviations from specifications early in production, reducing the risk of defective products reaching the customer. Fewer defective products mean less chance of needing rework or repairs later, keeping workers out of harm’s way.

Load cells and torque transducers come in various designs and capacities, making them suitable for multiple automation applications. This versatility allows manufacturers to integrate them into different machines and processes, enhancing overall safety and efficiency across their production lines.

Additive Manufacturing

Additive manufacturing, known as 3D printing, has developed and grown since its first prototypes for 3-dimensional printing in the 1980s. By the early 2000s, additive manufacturing was beginning to create functional products.

Today, additive manufacturing has improved and continues to expand in creating objects like small-scale models, prototypes, and even full-scale manufactured parts and products. Its popularity is driven by less process time and a much cheaper cost for production.

Additive manufacturing is a layer-by-layer process used to create objects, molds, or prototypes. Various materials, including polymers, metals, ceramics, foams, gels, and biomaterials, can be used. In contrast to traditional manufacturing, additive manufacturing can create complex shapes and small sizes. Interface load cells play a crucial role in this process, measuring the force or weight during dimensional printing to ensure precision and quality control.

Force Measurement Additive Manufacturing Applications

Monitoring Nozzle Forces
In-Situ Force Controls
Tension and Compression Durability Tests
Characterizing Mechanical Properties
Calibrating Robotic Arms
Material Yield, Strength, Stress and Strain Testing
Equipment Maintenance Systems for Nozzle Blockage
Machine Quality Checks
Machining and Part Finishing
Prosthetic Prototyping
4D Equipment Design

Sensor Technology Benefits in Additive Manufacturing Use Cases

Process Monitoring: Interface Mini load cells are used in additive manufacturing for process monitoring. These load cells can be integrated into 3D printers to monitor the forces exerted during printing. By measuring the force applied by the print head or the build platform, manufacturers can ensure that the printing process is proceeding as expected and detect any anomalies that may affect the quality of the final product.

Specification Quality Control: Load cells are ideal for verifying the mechanical properties of the printed parts. By subjecting the printed objects to controlled mechanical tests, such as tensile or compression tests, manufacturers can determine whether the parts meet the required specifications and standards.

Material Testing: Interface sensor technologies are commonly used to test the materials prior to the actual printing process. By measuring the forces required to extrude or deposit the material during the creation process. Manufacturers can evaluate the strength, flexibility, and viscosity of the material, thus achieving a consistent print quality.

Structural and Prototype Testing: Product designers and engineers use load cells and multi-axis sensors to gather critical measurement data in testing the final prototype or structure of objects being printed, ensuring structural integrity. Manufacturers can determine and assess different factors, such as stiffness, strength, and durability, of the prototype to ensure it meets the required performance criteria.

Interface offers a variety of sensors for use in additive manufacturing processes, including:

LBM Compression Load Button Load Cells
Load Pins
LW General Purpose Load Washer Load Cells
LWCF Clamping Force Load Cells
S-Type Miniature Load Cells
MB Miniature Beam Load Cell
BMI Overload Protected Miniature Beam Load Cell
MTFS Miniature Tension Force Load Cell
REC Road End Load Cell
ULC Ultra Low Capacity Load Cell
WMC Sealed Stainless Steel Miniature Load Cell

The range of sensors is especially important for industries that need precision data and easy integration into equipment and testing. These include industries that are turning to additive manufacturing, such as aerospace, medical, and automotive. Selecting the right load cell is critical to product development, and manufacturers rely on Interface due to the accuracy and reliability of our solutions.

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Packaging

Interface load cells and torque transducers are frequently used to test and develop packaging machinery, materials, production equipment, and distribution systems.

Accurate force measurement tools provide essential data to automate and regulate every packaging stage, from material testing to automation in handling fragile consumer goods. Interface sensor technologies and instrumentation ensure the quality and durability of product packaging across diverse applications.

Interface provides solutions for monitoring the health of packaging machinery and systems. From harvesting and sorting to processing and packing, force measurements enhance quality control, efficiency, and safety in packaging. For instance, production line engineers utilize sensors to detect and reject defective products, monitor equipment performance, and identify potential hazards.

Interface Load Cells in Packaging Applications

Weighing Systems and Checkweighers for Quality Control
Container and Waste Control Systems
Material Handling Systems and Belt Weighers
Packing Material Strength Tests
Pallet Weighing
Batching Systems
Form-Fill-Seal Machines
Tension Control Tests for Wrapping
Labeling Machine Force Monitoring
Durability Compression and Force Testing
End-of-Line Packaging
Robotic Packaging Machines
Automated Guided Vehicles (AGVs) Design and Monitoring

Packaging is crucial for cost savings, production efficiency, time-to-market, and product safety. Whether measuring, weighing, or securing, Interface load cells, mini load cells, torque transducers, and instrumentation play a pivotal role in ensuring the quality and accuracy needed to protect your brand and ensure customer satisfaction, particularly in terms of product safety.

Load cells and torque transducers play a critical role in ensuring various packaging processes’ accuracy, consistency, and quality. From precisely measuring product fills and controlling the tension of wrapping materials to verifying package weight and monitoring capping torque, these sensors ensure efficient use of materials, prevent product damage, and maintain consistent quality throughout the packaging line.

Interface is a leading force measurement manufacturer of solutions in the packaging industry. We collaborate with OEMs and engineering consultants to implement systems and products that reduce waste, automate packaging processes, and significantly improve efficiency, providing accurate, repeatable results and a brighter outlook for your operations. Contact our application experts to assist in getting the right measurement solutions in place for your packaging requirements.

Supply Chain and Inventory

Interface measurement sensors are engineered to deliver accuracy, consistency, and efficiency across critical industrial supply chain and inventory management processes.

From precise weighing in automated production lines and integrated inventory systems to verifying product load integrity during transit, our load cells, miniature load cells, load pins and shackles, wireless systems, multi-axis load cells and instrumentation contribute to controlling quality, optimizing logistics, and significantly reducing operational costs.

Supply Chain and Inventory Use Cases for Interface Measurement Solutions

Automated Material Handling

Scales and weighing systems (floor, pallet, bench)
Conveyor systems with in-line weighing
Robotics and robotic grippers for force feedback
Autonomous Mobile Vehicles (AMVs) for load sensing and stability
Automated Storage and Retrieval Systems (AS/RS), including vertical carousels and shuttles

Packaging and Processing

Filling machines (liquid, powder, granular)
Batching and blending equipment
Packaging and palletizing equipment (pallet loaders, wrappers)

Logistics and Transportation

Truck and rail scales for legal-for-trade weighing
Forklifts and lifting equipment for overload protection
Rigging and hoisting systems for safe load monitoring
Load monitoring in shipping containers and trailers

In industrial settings, load cells provide precise weight measurement of goods at various stages of supply and inventory. Sensor technologies are integrated into process control systems to minimize material waste, maintain product uniformity, and adhere to industry regulations.

In warehouse operations, force measurement solutions are used in pallet and floor scales, conveyor systems and throughout production to measure weight. These weigh checks are vital for inventory tracking, load planning, and transportation logistics, helping companies maximize truck loads without violating safety regulations or overloading transport vehicles.

Additionally, some warehouses use load cell in storage systems, such as automated vertical storage carousels, to monitor inventory weight changes in real time. This allows for precise stock level management without manual counting, streamlining inventory control processes and improving stock accuracy.

Why Choose Interface Solutions for Supply and Inventory Management?

Across diverse industries, Interface’s broad range of load cells are indispensable for maintaining control, precision, and efficiency throughout the entire supply chain and inventory lifecycle. Their versatility allows them to support critical functions from raw material receiving and in-process manufacturing to final product shipping.

As companies continue to automate and optimize their supply chains, the essential role of Interface load cells in ensuring accuracy, reducing costs, and enhancing operational reliability will only continue to grow.

Metals

The global metal manufacturing market, which includes processing and production, is a cornerstone of the industrial economy. The metals sector encompasses the processing of ferrous metals like steel and iron, as well as non-ferrous and specialty metals, including aluminum, copper, titanium, and high-strength alloys.

As demand surges for lightweight components and faster processing, manufacturers must achieve extreme precision in forming and cutting these materials. Interface force measurement solutions provide the data required to control high-pressure forming, monitor tool wear during cutting, and manage bulk material weighing with absolute accuracy.

Metal Manufacturing Applications Using Interface Products

Hydraulic Press Force Monitoring
Metal Stamping and Deep Drawing Analysis
Forging Hammer Impact Measurement
Rolling Mill Drivetrain Torque Monitoring
Extrusion Press Force Validation
CNC Milling Tool Wear Detection
Molten Metal Ladle and Silo Weighing
Scrap Metal Recycling and Material Handling
Sheet Metal Bending and Brake Force Testing
Wire and Cable Tension Monitoring
Structural Stress Testing of Metal Alloys
Die and Mold Force Mapping

The primary challenge in metal manufacturing is maintaining laboratory-grade precision within a punishing industrial environment defined by high-tonnage impacts, abrasive debris, and extreme thermal cycles. Inconsistent force application during forming or undetected tool wear during cutting can compromise structural integrity, waste raw materials, and cause costly machinery downtime.

Interface Solutions for Metal Manufacturing

Interface force measurement solutions provide the data needed to control high-pressure forming, monitor tool wear during cutting, and manage bulk material weighing with absolute accuracy. Interface offers ruggedized hardware and instrumentation designed to meet the heavy-duty requirements of the metal industry.

High-Capacity LowProfile™ Load Cells
Hazardous Environments Sensors
Stainless Steel Load Cells
Mini Load Cells
Sealed Sensors
Rotary Torque Transducers
Multi-Axis Sensors
Wireless Telemetry Systems (WTS)
Weigh-Check Load Cells
Instrumentation
Load Pins, Load Shackles, and Tension Load Links

Interface addresses these challenges by providing a robust ecosystem of fatigue-rated, environmentally protected sensors that serve as the digital eyes and ears of the production line. From LowProfile™ Load Cells that withstand millions of cycles in heavy-duty stamping presses to Multi-Axis Sensors that detect the subtle onset of tool chatter in high-speed milling, our solutions provide the real-time data needed to maintain zero-error production.

By integrating these high-accuracy tools with Wireless Telemetry and ruggedized Instrumentation, manufacturers gain the visibility required to optimize power consumption, ensure compliance with safety regulations, and deliver the high-quality metal components that power global infrastructure.

Logistics

Logistics within the manufacturing industry involves automated handling, sorting, transport, warehousing, and distribution of raw materials and finished goods. Modern manufacturing logistics relies heavily on automated material handling equipment (AMHE), high-speed sorting systems, automated guided vehicles (AGVs), autonomous mobile robots (AMRs), and smart warehousing infrastructure to maintain lean supply chains. For manufacturing and systems engineers, ensuring the reliability of these high-throughput systems requires correct force, weight, tension, and torque data during operation. Because unmonitored load imbalances, conveyor jams, or structural overloads can cause costly line stoppages, product damage, or safety hazards, operators depend on continuous physical measurement.

Interface load cells, torque transducers, and instrumentation provide the stable data output needed in these motion systems to track payload weights, monitor cable tensions, and confirm automated handling mechanics across global supply chain operations.

Interface Manufacturing Logistics Solutions

As global manufacturing adapts to smart factory automation, high-density warehousing, and autonomous robotic transport, accurate component signal networks at critical logistical stages become essential. Interface LowProfile load cells, miniature tension and compression sensors, reaction torque transducers, and wireless data acquisition hardware are engineered to measure lifting, holding, and moving forces without restricting equipment speed or altering machinery footprints.

The primary challenge in manufacturing logistics testing and operation is sustaining measurement stability across high-speed, continuous duty cycles that generate constant movement. Signal lag or sensor drift within an automated sorting or weighing system can lead to inaccurate inventory logging, improper sorting, or unmonitored machinery jams. Capturing these rapid physical interactions safely require high-speed, low-latency signal conditioning to ensure that sudden weight spikes, stopping forces, and dynamic accelerations are recorded and processed in real time without data gaps.

Manufacturing Logistics Sensor Applications

Automated Guided Vehicle (AGV) and AMR Payload Weight Profiling
Automated Storage and Retrieval System (ASRS) Lift Mechanism Tension Monitoring
High-Speed Conveyor Belt Checkweighing and Overload Prevention
Robotic Palletizing Arm Gripper Force and Placement Validation
Overhead Bridge Crane and Hoist Real-Time Weight Tracking
Warehouse Racking Structural Strain and Load Distribution Mapping
Automated Sorting Diverter Mechanism Actuation Force Profiling
Freight Loading Dock Leveler Hydraulic Cylinder Pressure and Load Analysis
Vertical Reciprocating Conveyor (VRC) Cable Tension Calibration
Industrial Tow Tractor and Tugger Drawbar Pull Force Verification
Automated Parcel Dimensioning and Weighing System Calibration
Heavy Material Handling Spreader Beam Center-of-Gravity Profiling

Interface Products Used in Manufacturing Logistics

LowProfile® Load Cells
Mini Load Cells
Smart Load Cells with IO-Link and Digitizers
Through-Hole Load Washer Sensors
Multi-Axis Sensors
Reaction and Rotary Torque Transducers
Load Pins for Clevis Joints and Sheaves
Load Shackles and Tension Load Links
Data Acquisition (DAQ) Systems
Digital Instrumentation
Portable Indicators
Wireless Telemetry Systems (WTS)
Custom Measurement Solutions

Logistics Automation Require Measurement Solutions

Force, torque and weight serve as the mandatory data for automated manufacturing logistics, converting measurements into clear, empirical data. Interface provides load cells, torque transducers, multi-axis sensors, instrumentation, and data acquisition systems for logistics engineers and automation equipment makers to accurately track performance across all types of material handling machinery.

Interface solutions provide system designers confidence in confirming operational safety, optimizing equipment longevity, and supporting seamless uptime across the global manufacturing logistics sector.

Composites

Composites are engineered materials made by combining high-strength fibers such as carbon fiber, fiberglass, aramid, or basalt with a polymer, ceramic, or metal matrix. They play a critical role in lightweighting across aerospace, automotive, renewable energy, manufacturing, and industrial automation.

Unlike isotropic metals, composites have direction-dependent mechanical properties and can experience complex failure modes, including matrix cracking, fiber-matrix debonding, fiber pull-out, and delamination. Because these failures can occur suddenly with little visible warning, scientists, lab managers, and engineers rely on sensor-based testing to characterize material behavior and validate structural performance. Standardized tensile, compressive, shear, flexural, impact, and fatigue testing provides the empirical data needed to establish reliable material models, optimize structural layups, and qualify finished components.

Weighing in on Composites and Advanced Materials

The composites industry must balance lightweight construction with demanding performance and reliability requirements. Force and torque measurement help convert mechanical loads and stresses into actionable material data. High-performance sensors integrated into universal testing machines (UTMs), automated fiber placement (AFP) systems, resin transfer molding (RTM) presses, autoclaves, and other manufacturing equipment can monitor forces, pressures, tool-part interactions, and fatigue behavior over thousands of cycles.

Accurate, repeatable measurements establish reliable material baselines, support process control, reduce unexpected failures, and help manufacturers produce composite structures that perform consistently under demanding conditions.

Overcoming Composite Testing Challenges

Testing anisotropic composites presents unique measurement challenges. Sudden brittle failures can produce rapid load drops that require high-speed, low-latency data acquisition to capture peak forces and fracture behavior accurately. Testing fixtures can also introduce off-axis bending moments, side loads, and other measurement errors caused by misalignment or asymmetric material structures.

Fatigue testing adds another challenge, requiring sensors capable of maintaining stable, accurate measurements through repeated loading cycles without calibration drift. As manufacturers adopt increasingly complex layups, thermoplastic matrices, and carbon-fiber-reinforced polymers (CFRP), reliable force and torque measurement becomes essential for both material qualification and process validation.

Interface addresses these challenges with fatigue-rated LowProfile® load cells, multi-axis force and torque transducers, high-resolution digital instrumentation, and high-speed data acquisition systems designed to capture dynamic loading while minimizing measurement interference.

Interface Composite Materials Solutions

Interface provides force measurement technologies for material testing, composite manufacturing, and structural validation. Solutions include:

Fatigue-rated LowProfile® Load Cells
Multi-Axis Sensors, including 3-Axis and 6-Axis Cells
Through-Hole Load Washers
Miniature Beam Load Cells
Load Button Load Cells
High-Capacity Stainless Steel S-Type Load Cells
Rotary and Reaction Torque Transducers
Data Acquisition (DAQ) Systems
Digital Instrumentation
Wireless Telemetry System (WTS)
Custom and OEM Solutions

Composite Materials Sensor Applications

Carbon Fiber Reinforced Polymer (CFRP) tensile and elongation limit testing
Composite coupon interlaminar shear and compressive buckling characterization
Multi-axis flexural and three-point/four-point bending evaluation
Automated Fiber Placement (AFP) compaction roller force verification
Autoclave and Out-of-Autoclave (OOA) tooling clamping force monitoring
Resin Transfer Molding (RTM) platen pressure and mold clamping control
High-velocity impact and drop-weight delamination resistance testing
Composite wind turbine blade root bolt preload and flange torque verification
Automotive composite monocoque torsional rigidity and crashworthiness testing
Aerospace honeycomb sandwich core flatwise tensile and shear testing
High-cycle fatigue testing for composite aircraft fuselage and wing skins
Fiber-matrix interfacial bond strength and pull-out force testing

Why Precision Metrology Matters in Composite Engineering

Reliable force and torque measurements allow engineers to better understand actual material behavior rather than relying solely on conservative safety factors. High-fidelity measurement data can reveal changes during fatigue testing, verify consistent consolidation and clamping forces, and provide the data needed to validate FEA models and optimize composite designs.

For aerospace, automotive, renewable energy, and other safety-critical applications, precise measurement supports the development of lighter, stronger, and more reliable composite structures. Interface provides the sensing and instrumentation technologies that help materials researchers, test engineers, and advanced manufacturing teams characterize performance and push the boundaries of composite engineering.

Additional Resources

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Interface Celebrates Made in the USA

July 2, 2019/in Blog /by Brian Johnson

Manufacturing is essential to the U.S. economy, with an estimated $2.38 trillion contribution and accounting for nearly half of all exports. This equals about 11.4% of U.S. economic output. (Source: Bureau of Economic Analysis) With approximately 250,000 firms in the manufacturing sector in the […]

Load Cell 101 and What You Need to Know

November 6, 2018/in 101 Series, Blog /by Brian Johnson

A load cell by definition is a sensor that measures and converts force into an electrical signal. In the force measurement industry, load is essentially a synonym for force, and the signal produced by a load cell is most commonly […]

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Interface Celebrates Made in the USA

Load Cell 101 and What You Need to Know

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