Motion and Controls Reference Materials
Reference Articles 1 - 100 of 2087
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How to Integrate Encoders with BLDC Motor Systems
Description: Learn how encoder integration enables precise position feedback, speed regulation, and closed-loop control in BLDC motor applications. ...
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Procurement Guide: Selecting Durable Accessories for Industrial Mobile Devices
From: AgozTech LLCDescription: Industrial organizations rely on mobile devices such as barcode scanners, rugged tablets, and mobile POS systems to keep operations running efficiently. In warehouses, distribution centers, retail ...
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High-Speed BLDC Motors for Compact Hair Dryer Design
Description: Explore how high-speed BLDC motors improve airflow efficiency, reduce noise, and enable lightweight, compact hair dryer designs. ...
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PMDC Motors for Precision Motion Applications
Description: Discover how PMDC motors deliver efficient torque control, low maintenance, and reliable performance in automation, robotics, and EV systems. ...
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Planetary Joint Modules for Industrial Humanoid Robots
From: KOFON Motion GroupDescription: Explore why planetary joint modules outperform alternatives in durability, rigidity, and lifecycle cost for factory humanoid robot applications. ...
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5 Industries Where Servo Worm Gearheads Outperform Planetary Gearheads
From: DieQua CorporationDescription: Design engineers are increasingly constrained by competing requirements for torque density, positioning accuracy, servo response, and compact machine envelopes. For a growing number of applications, ...
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How does a One Way Clutch Work?
From: TOK America, Inc.Description: There are many kinds of one way clutches of structure, such as ratchet and sprag mechanisms. TOK one way clutches have a structure that can transmit power in only one direction by inserting the needle ...
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Seat Motor Repair: Failure Factors and Cost Analysis
Description: Analyze seat motor repair considerations, focusing on failure causes, motor types, replacement decisions, and key factors affecting maintenance costs. ...
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PMDC vs BLDC Motors: Performance and Design Differences
Description: Compare PMDC and BLDC motor technologies, focusing on efficiency, noise, maintenance requirements, and performance differences across industrial applications. ...
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How AGVs Achieve Precision Navigation and Load Handling
Description: Analyze AGV system design, focusing on precision navigation, payload control, obstacle avoidance, and autonomous workflow execution in industrial environments. ...
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What is the KR Actuator
From: THK America, Inc.Description: The THK Linear Actuator KR Series is a pre-assembled integrated solution combining LM Guides, ball screws, and support units, achieving 66% reduction in cross-sectional dimensions and 31% weight ...
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Supporting Aircraft Safety
From: THK America, Inc.Description: When it comes to materials, the biggest challenges faced by the aviation industry are developing materials that are lightweight, strong, and durable and controlling production costs. As fuel ...
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A Low-Magnetic Permeability LM Guide for Strong Magnetic Fields
From: THK America, Inc.Description: The rapid evolution of technology in recent years has spurred the development of new applications for magnetic fields in a variety of industries, ranging from medical devices like MRI machines to ...
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BLDC Motors: Electronic Commutation and Motion Control
Description: Analyze BLDC motor operating principles, focusing on electronic commutation, rotor position sensing, and precise speed-torque control in high-efficiency motion systems. ...
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AC-to-DC Conversion for Motor Drive Applications
Description: Analyze how rectifiers and controllers enable DC motor operation from AC power sources, focusing on current conversion, electrical compatibility, and drive system design. ...
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Material and Forging Effects in Planetary Gearbox Performance
From: KOFON Motion GroupDescription: Analyze how gear steel properties and precision forging influence fatigue strength, backlash stability, impact resistance, and long-term accuracy in planetary gearboxes. ...
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Hydraulic Motors: Operating Characteristics and Classification
Description: Analyze hydraulic motor operating principles, focusing on torque generation, speed characteristics, structural types, and performance differences in industrial hydraulic systems. ...
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Definition of Duty, or Duty Cycle
Description: Duty, or Duty Cycle, is the proportion of time during which a component, device, or system is operated under load versus the time at rest. The duty cycle can be expressed as a ratio or a percentage. ...
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"How Peak Torque Values are Affected by the Output Planet Carrier Tooth Count"
Description: There are certain gear ratios which will perform to torque levels greater than the published values. When we encounter applications where greater torque is required, but space/cost constraints dictate ...
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DC Motors/Drives vs AC Motors/Drives
Description: Both AC and DC drives, simply put, control the speed and direction of an electric motor. Both technologies have been around for over 100 years. AC drives, also known as adjustable speed drives or ...
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Determining the Efficiency of Electric Motors
Description: An electric motor converts electrical energy into mechanical energy. Recent advances in electric motor design have reduced their energy consumption and overall cost. Calculating the efficiency of your ...
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How Planetary Gear Reducers Revolutionize Robotics
Description: Planetary gear reducers are compact components used for maximizing torque transmission within industrial robotics applications. They are highly effective at decreasing a system's speed and torsional ...
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How Pancake Motors Keep Gimbals Moving
Description: In the high-stakes theater of aerospace surveillance and Unmanned Aerial Vehicle (UAV) operations, the ability to maintain a stable line of sight is a critical performance differentiator. Whether the ...
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How Concentric Maxi Torque Bushings Speed the Deployment of High-Precision Machines
Description: When you need to develop and deploy high-speed timing in precision machines, you can rely on Concentric Maxi Torque (CMT) bushings from Custom Machine & Tool Co. A wide range of systems such as ...
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Top 5 Trends Shaping Motion & Robotics
Description: Industrial operations are undergoing a historic transformation. What used to be linear, fixed, and mechanical is becoming adaptive, autonomous and data‑driven. Motion and robotics systems now ...
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A Practical Method for DC Motor Gear Removal
Description: We often see inquiries at our facility about servicing and modifying motors. A recurring question we encounter is how to separate a gear from its motor shaft. This is a precise task that, when done ...
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Interferometric Metrology of Spherical and Aspherical Optical Components Aided by Hexapod 6-DOF Micropositioning System
Description: Freely programmable motion in all 6 degrees of freedom enables precise, computer-controlled orientation of test samples. ...
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Quick Tips for Successful DC Motor & Gearmotor Operation
Description: Understanding your load characteristics: It is critical to ensure your motor or gearmotor is operating within the recommended torque parameters. To verify this, measure the current draw during a ...
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The Rise of Humanoid Robots
From: PortescapDescription: As robotics moves toward real-world deployment, success will come down to more than innovation. It will require motion solutions that are engineered precisely, delivered reliably, and scaled ...
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Understanding Torque Curves: Why They Matter When Selecting a VFD
Description: Understanding torque requirements ensures your VFD is properly matched to the load, delivering reliable performance, energy efficiency, and long equipment life. ...
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Gear Transmission: Precision, Noise, and Efficiency Analysis
From: KOFON Motion GroupDescription: Analyze how gear geometry, tooth engagement, and transmission structure influence precision, noise, and efficiency in high-performance motion control systems. ...
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Guidelines for Successful Operation of a Fail Safe Brake
Description: If you are unaware of your back-driving torque, further testing may be required. It is recommended that the brake which is identified to be used is verified to have sufficient holding torque for your ...
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Power Transmission Systems: Load, Efficiency, and Design
Description: Analyze how chains, belts, and gears transmit power under varying loads, focusing on efficiency, wear mechanisms, and system design considerations in industrial machinery. ...
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Strain Wave Gear in Multi-Axis Robot Systems
From: KOFON Motion GroupDescription: Examine how strain wave gears enable high-precision torque transmission in multi-axis robotic systems, focusing on kinematics, load distribution, and compact joint design. ...
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Robot Joint Modules: Design and Performance Analysis
From: KOFON Motion GroupDescription: Analyze the structure and working principles of integrated robot joint modules, focusing on torque transmission, thermal behavior, and design trade-offs in compact robotic systems. ...
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6-Axis Fast Hexapod Powers Portable Computerized Dynamic Posturography and Balance Training System
Description: Advanced Motion Control Solution Helps Injured Soldiers Regain their Balance ...
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Building Reliable Robotic Solutions: Partnering for Success in Micro Motion Control
From: PortescapDescription: Advancements in robotic technology continuously enhance lives by supporting applications in medicine, industrial automation, and other sectors. For example, myoelectric prosthetic limbs improve ...
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Diagnosing Electric Seat Motor and Drive Issues
Description: Explains how to identify faults in electric seat systems by analyzing electrical supply, drive mechanisms, and motor performance in automotive applications. ...
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Brushed DC Motor Speed Control Using PWM
Description: Explains how voltage control and PWM enable efficient speed regulation in brushed DC motors, providing practical guidance for controller design and variable-speed applications. ...
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Gearbox Motors for Force and Speed Control
Description: Explains how integrating brushless motors with gearboxes provides precise torque and speed control for automotive, industrial automation, medical, and aerospace applications. ...
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Linear Actuator Speed vs. Force: The Essential Design Trade-Off
From: Actuonix Motion DevicesDescription: If you’ve ever looked at a datasheet and wondered why an actuator can’t be both the fastest and the strongest in the lineup, it comes down to a fundamental trade-off. Think of it like a ...
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Gearbox Maintenance Tips and Mistakes to Avoid
From: DieQua CorporationDescription: DieQua offers tips for installing, operating, and maintaining gearboxes. Below, we discuss common gearbox maintenance mistakes and how to avoid them. Specifically, our tips include both the error and ...
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Enabling Quantum Precision: Why Cryogenic 6-Axis Hexapods Matter
Description: Unlocking Precision in Extreme Environments ...
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How Mobile Devices Are Transforming Enterprise Operations Across Industries
From: AgozTech LLCDescription: For many years, enterprise mobile technology was most closely associated with warehouse operations. Barcode scanners, mobile computers, and portable printers helped logistics teams manage inventory ...
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Converting Rotary Motion to Linear Motion | Practical Options Compared
From: Actuonix Motion DevicesDescription: Electric motors are cheap, reliable and abundant. This is why for many applications, including linear motion, they're often the starting point. Whether you're pushing, pulling, lifting, or ...
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Case Study - B01 Robot Dog Featuring Actuonix
From: Actuonix Motion DevicesDescription: In the quest for a cleaner environment, innovative technologies are paving the way for automated solutions to urban litter problems. One such solution is the development of an autonomous robot dog by ...
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Why AC Motors Power Modern Industry
Description: AC induction motors deliver reliable, brushless operation with high power capacity and long service life, supporting industrial drives, HVAC systems, pumps, and manufacturing equipment worldwide. ...
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How Universal Motors Run on AC and DC
Description: Series-wound universal motors reverse stator and armature magnetic fields simultaneously, maintaining constant torque under AC or DC power. This design enables compact, high-speed motors for ...
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How to Match an AC Drive to Different Motor Types
Description: A practical breakdown of what to consider for each motor type. ...
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How HMIs Improve Operator Safety in Industrial Environments
Description: Human-Machine Interfaces (HMIs) play a crucial role in protecting operators by providing real-time insight, control, and automation in industrial systems. Beyond convenience, a well-designed HMI ...
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What Is an HMI Architecture? A Beginner's Guide
Description: Why HMI Architecture Matters ...
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Understanding Tags, Data Mapping, and Variables in HMI Design
Description: A well-designed HMI doesn't just look good-it communicates clearly, responds instantly, and reflects what's really happening in the process. At the heart of all of that are tags, data mapping, and ...
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PRIME: Fiber-Optic Fabrication Breakthrough Enables Advanced Neuroscience Exploration at WUSTL
Description: "Disco Ball" Fiber Manufactured with Ultrafast Lasers; Multi-Axis Precision Motion Delivered by Pi's A-311 Planar Air-Bearing XY Stage and V-308 High-Speed Nanofocusing Stage ...
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Warehouse Forklift Scanner Mounting Guide for Standardized Zebra Deployments
From: AgozTech LLCDescription: In multi-site warehouse environments, inconsistent forklift device setups often lead to scanning delays, equipment damage, and unnecessary procurement complexity. Standardizing how Zebra scanners and ...
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Electromagnetic Principles of Permanent Magnet DC Motors
Description: This paper examines the structural design and electromagnetic operation of permanent magnet DC motors, evaluating torque generation, commutation mechanisms, and efficiency advantages in compact ...
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How to Maximize Fail-Safe Behavior
Description: Servo drive safety integrated functions: How to maximize fail-safe behavior. Maximize fail-safe behavior so that for any single fault, the system is transitioned to a safe state. When creating the ...
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Power Seat Not Moving? Systematic Motor Diagnosis
Description: Step-by-step troubleshooting of automotive power seat systems, from fuses and switches to DC motors, actuators, and drive cables, helping identify electrical versus mechanical failure points ...
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IP Ratings: Using Linear Actuators in Challenging Environments
Description: Breaking Down the IP Rating ...
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The Engineer's Guide to Choosing Gearmotors for Dirty and Wet Environments
From: Bodine Electric CompanyDescription: This whitepaper is a guide for selecting gearmotors suitable for dirty and wet environments, emphasizing the importance of ingress protection. ...
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PMDC Motors Powering Everyday Applications
Description: Explores how PMDC motors deliver efficient torque, durability, and compact design in appliances, automotive systems, and fitness equipment, helping engineers optimize motor selection. ...
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Precision in Every Step: Hybrid Steppers for Life Sciences
From: PortescapDescription: Enabling Smarter Motion in Life Science Applications ...
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AC Motor Costs: Choosing High-Speed or Brushless
Description: Compare cost drivers of high-speed and brushless AC motors, including lifespan, maintenance, and efficiency, to determine which option delivers the best long-term value. ...
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A Technical Guide to Custom Versus Standard Servo Drives
From: ElectroCraftDescription: For most motion control applications, a standard servo drive isn't just adequate - it's the best solution. These off-the-shelf units offer a practical balance of proven performance, immediate ...
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Optimizing Motor Precision and Efficiency with Daxis Technology
Description: Daxis technology improves motor precision and efficiency, enhancing control in dynamic environments. Power Motor integrates this into brushless motors for applications like automotive seat ...
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Effective Testing of Permanent Magnet DC Motors: A Step-by-Step Guide
Description: This guide details how to test permanent magnet DC motors, focusing on efficiency, durability, and precision. Key testing methods, tools, and performance checks ensure reliable, long-term motor ...
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Motor Options for RC Blowers: Single-Phase, Three-Phase, and More
Description: Choosing the right motor for a regenerative (RC) blower is just as important as selecting the blower itself. The motor affects everything from performance and energy efficiency to compatibility with ...
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Closed-Loop vs. Open-Loop Vector Control in VFDs
Description: Vector control (also called field-oriented control) is a powerful motor control method used in variable frequency drives (VFDs) to deliver precise torque and speed regulation. It comes in two main ...
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Brush Friction, Heat, and Efficiency in Motor Selection
Description: Brushless motors remove brush friction, reducing heat and wear. Engineers should evaluate efficiency, torque control, thermal limits, and maintenance for industrial, automotive, and agricultural ...
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Simplify Your Motor Control Center Configuration, Monitoring and Maintenance
Description: Your IntelliCENTER® dataset identifies the critical Ethernet/IP-enabled motor control components in your MCC - helping keep your equipment running profitably ...
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Unified Process and Power Integration in Mining
Description: Mining companies today face a complex reality: operations involve multiple systems and processes spread across different areas within a site that must work together seamlessly. This complexity ...
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How to Use C++, Datasets for Motion Control Programming
Description: As machine controllers take on more responsibility beyond traditional control tasks, systems are expected to handle motion control, data processing and decisions in one platform. How can control ...
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Optimizing Heavy-Duty Systems with Brushless DC Motors
Description: Brushless DC motors reduce wear, noise, and downtime. Engineers can leverage these motors to enhance heavy-duty vehicle reliability, efficiency, and maintainability in construction and agricultural ...
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Optimizing Electric Seat Motion with DC Motor Selection
Description: Brushless and brushed DC motors impact seat precision, noise, and efficiency. Understanding their differences enables engineers to design quiet, compact, and customizable electric seat systems. ...
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Case Sealing Within Packaging Automation
From: parvalux by maxonDescription: The whole point of automation is to speed up all aspects of the packaging process ensuring products are out of the warehouse in the shortest time possible. The process has many key stages, including ...
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Parvalux Basics: Gearboxes
From: parvalux by maxonDescription: Here at Parvalux we have over 75 years of expertise in designing and building geared motors. However, we appreciate that not everyone is as experienced and knowledgeable about this as we are, so we ...
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Packaging Automation - Void Filling Machines
From: parvalux by maxonDescription: Packaging automation plays a crucial role in the protection of goods during transit ??" from pharmaceuticals, to consumables to electronic components. Void filling machines are key to the packaging ...
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Efficient Brushed DC Motor Control for Industrial Applications
Description: Covers brushed DC motor control fundamentals, controller design, load handling, and speed regulation, enabling efficient, precise, and reliable operation in automotive, industrial, and consumer ...
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Brushless Motor Encoders for Automotive Seat Position Control
Description: Explains how brushless motor encoders provide position feedback for automotive power seats, enabling precise motion control, smooth adjustment, and reliable stopping through closed-loop motor control ...
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BLDC vs PMSM Motors: How to Choose Correctly
Description: BLDC and PMSM motors offer high efficiency but differ in torque behavior, speed control, and control complexity. Understanding these differences helps engineers select the optimal motor for ...
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Meeting the Demands of Modern Logistics: The Role of Mounted Mobile Printing
From: AgozTech LLCDescription: Mounted mobile printers on forklifts and other material-handling equiment are reshaping how companies approach labeling. ...
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AC Series Motor vs Universal Motor
Description: Compare AC series and universal motors to understand their efficiency, durability, speed characteristics, and best applications for appliances and industrial machinery. ...
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High-Performance DC Brushless Motor Generator
Description: Discover a compact, efficient, and eco-friendly DC brushless generator with high-speed operation, low noise, durability, and versatile power applications. ...
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Carbon Brushes in Single-Phase AC Motors
Description: Explore brush types, materials, contact performance, and spring structures critical for commutation efficiency and lifespan in universal motors. ...
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Technical Overview of Stepper Motors
Description: Detailed analysis of stepping motor types, construction, key parameters, and precision control applications in automation, robotics, medical devices, and automotive systems. ...
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Brushless DC Motor for Vehicle Air Pumps
Description: Technical overview of brushless DC motor design improvements, including high-efficiency permanent magnet structure, anodized aluminum housing for heat dissipation, and integrated drive control for ...
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Gear Motors: Working Principles and Industrial Applications
Description: Understand gear motors' design, components, and types, including planetary, worm, spur, and helical, for precise torque control in automotive, automation, and industrial systems. ...
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BLDC Motors: Principles and High-Precision Applications
Description: Explore brushless DC motors' design, inner- and outer-rotor types, electronic control, and advantages in efficiency, precision, low noise, and reliability across multiple industries. ...
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Precision-Control Brushless Fan Motors for Engineering Applications
Description: High-efficiency, low-noise brushless fan motors with stepless speed regulation and long service life, designed for HVAC, medical, and industrial ventilation systems. ...
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Synchronous vs. Induction Motors Explained
Description: A technical comparison of synchronous and induction motors, highlighting efficiency, torque, speed control, and application suitability for industrial and automotive systems. ...
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AC vs. DC Motors: Key Technical Differences
Description: A detailed technical comparison of AC and DC motors, covering speed control, torque, efficiency, and ideal applications for industrial, household, and precision devices. ...
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Induction Motors: Principles and Applications
Description: Technical overview of single-phase and three-phase induction motors, explaining electromagnetic operation, torque generation, and suitability for industrial and consumer applications. ...
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DC Motor Solution for Precision Valve Control
Description: Technical overview of low-voltage DC permanent magnet motors with integrated angle sensors and clutch-equipped gearboxes, enabling accurate, flexible, and space-efficient water valve adjustment. ...
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How To Control Multiple Actuators Together
From: Actuonix Motion DevicesDescription: When your project requires four, six, or even ten linear actuators working together, the control strategy becomes more nuanced than simply wiring everything to a single switch. This guide will walk ...
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Custom Micro Linear Actuators for Blister Rupture and Microfluidic Valve Control
From: Actuonix Motion DevicesDescription: A few years ago, a leading OEM developing a cartridge-based microfluidic analyzer approached Actuonix with a unique challenge. Their system needed precise blister activation and stable microfluidic ...
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Hexapod Controllers and Simulation Software
Description: How Do Hexapods Work? ...
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Operating Linear Stages under Force Control
Description: How Advanced Control Algorithms enable Precision Force Control, Connecting the Future to the Past - from Artificial Feel" to Haptics of Augmented Reality ...
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Rethinking Microtome Motion Control: Why Precision Matters More Than Ever
Description: The Challenge with Conventional Microtome Designs ...
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Servomotor Help: Demystify Servo Sizing
Description: Understand common mistakes when sizing. Review some common servomotor applications. See how selecting a gearbox assists in sizing selection. ...
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Stepper Motor: Working Principle & Applications
Description: Explore stepper motors' discrete step operation, types (PM, VR, Hybrid), and precise control mechanisms, ideal for robotics, 3D printing, and automated systems. ...
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Hollow Cup Motor: Ironless High-Precision Design
Description: Detailed overview of hollow cup motors, highlighting ironless rotor design, high efficiency, low inertia, fast response, and applications in aerospace, medical, and industrial automation. ...