# Dynalog, Inc

> Precision Robotics Applications


## Posts

- [When Inspection Data Looks Wrong: Why Robot Accuracy May Be the Real Problem](https://dynalog-us.com/blog/robotic-inspection-data-accuracy-calibration/): The Problem: Inspection Data Can Be Precise and Still Be Wrong Robotic inspection is often sold as a way to make quality control faster, more consistent, and easier to document. That is true, but only when the inspection system is measuring from a trustworthy physical foundation. A camera, laser scanner, probe, or structured-light sensor can produce clean data while the robot carrying that sensor is slightly out of position. That distinction matters. If a robot repeats the same inaccurate path every cycle, the data may look stable. The trend line may look convincing. The dashboard may look professional. But the measurement […]
- [Robot Crash Recovery: How to Restore Accuracy Without Re-Teaching the Entire Cell](https://dynalog-us.com/blog/robot-crash-recovery-restore-accuracy-without-reteaching/): The Real Cost of a Robot Crash Is Usually the Recovery Time A robot crash does not always destroy equipment. Sometimes the visible damage is minor. The larger cost appears later, when the robot no longer reaches the same path, the TCP no longer behaves as expected, the fixture reference has shifted, or the team has to decide whether to re-teach the cell from scratch. For high-value robotic applications, recovery time can become more expensive than the original event. Production waits while technicians inspect the tool, confirm mastering, check frames, run test paths, and manually adjust points. In the worst cases, […]
- [Robot Accuracy Audits: How to Know When a Production Cell Is Drifting Out of Spec](https://dynalog-us.com/blog/robot-accuracy-audits-production-cell-drift/): Robots Can Drift Before Anyone Notices Industrial robots are often trusted because they repeat motion consistently. But a production cell can move gradually out of spec long before the problem is obvious. Parts may still come off the line. Operators may not see a visible issue. The robot may not alarm. Yet accuracy can be changing in ways that eventually produce scrap, rework, failed inspection, or unplanned downtime. A robot accuracy audit gives manufacturers a structured way to verify whether the cell still performs as expected. It turns robot health from an assumption into measured evidence. What Is a Robot Accuracy […]
- [Fixture Moves, Tool Changes, and Frame Errors: The Hidden Reasons Robot Paths Stop Matching Reality](https://dynalog-us.com/blog/robot-path-errors-fixture-tool-frame-alignment/): When the Program Is Right but the Robot Path Is Wrong Robot programmers often face a frustrating situation: the program looks correct, the simulation looks clean, the CAD model is accurate, and the robot still misses the physical target. The immediate temptation is to edit points until the path works. But the program may not be the real problem. In many robot cells, path mismatch comes from changes in the physical relationship between the robot, tool, fixture, part, and reference frames. When those relationships shift, the same program can produce a different real-world result. Why Cell Geometry Controls Program Reliability A […]
- [How Thermal Drift Impacts Robot Accuracy And How to Compensate for It](https://dynalog-us.com/blog/how-thermal-drift-impacts-robot-accuracy-and-how-to-compensate-for-it/): Introduction Thermal drift is one of the most frustrating accuracy problems in industrial robotics because it often appears gradually. A robot may perform correctly at startup, then begin to deviate as motors, gearboxes, tooling, fixtures, and surrounding equipment warm up. The motion may still look repeatable, but the actual tool center point can shift enough to affect part quality. In high-tolerance manufacturing, that shift can lead to scrap, rework, failed inspection, and expensive troubleshooting. Understanding thermal drift in industrial robots is essential for manufacturers that depend on stable accuracy across long production runs. What Is Thermal Drift in Industrial Robots? Thermal […]
- [How Inline Metrology Reduces Scrap in High-Volume Production](https://dynalog-us.com/blog/how-inline-metrology-reduces-scrap-in-high-volume-production/): Introduction In high-volume production, scrap rarely stays small for long. A minor dimensional shift can become hundreds or thousands of defective parts before traditional inspection catches the problem. That is why inline metrology has become increasingly important for manufacturers that need to maintain quality without slowing production. Inline measurement systems place dimensional verification directly into the production process, allowing manufacturers to detect variation in real time and correct it before it becomes a larger quality or cost issue. What Is Inline Metrology? Inline metrology is the use of measurement technology inside the production line rather than only after production is complete. […]
- [The Science Behind Volumetric Robot Calibration](https://dynalog-us.com/blog/the-science-behind-volumetric-robot-calibration/): Introduction Industrial robots are often described as precise machines, but precision is not one single thing. A robot can return to the same taught point again and again and still miss the true programmed location in space. That difference matters in applications such as aerospace drilling, robotic milling, laser cutting, EV battery assembly, large-part inspection, and high-tolerance automation. These operations do not only require a robot to be repeatable; they require the robot to be accurate across its usable 3D workspace. Volumetric robot calibration is the process used to measure, model, and compensate for those spatial errors. Instead of validating one […]
- [How Inline Measurement Systems Drive Better Quality at Scale](https://dynalog-us.com/blog/how-inline-measurement-systems-drive-better-quality-at-scale/): Modern manufacturing is no longer constrained by automation capability alone it is constrained by confidence in quality at speed. As production volumes increase and tolerances tighten, manufacturers must ensure that quality scales at the same rate as throughput. Inline measurement systems, combined with advanced automation strategies such as Offline Robot Programming (OLP), are becoming essential tools for achieving consistent, high-quality output across complex manufacturing environments. Why Quality at Scale Is a Challenge in Modern Manufacturing? Scaling production introduces systemic challenges that traditional quality methods struggle to address: Increased part variability Tighter geometric and dimensional tolerances Shorter product life cycles Higher regulatory […]
- [How Offline Robot Programming Accelerates Robotic Deployment](https://dynalog-us.com/blog/how-offline-robot-programming-accelerates-robotic-deployment/): Introduction As robotic systems become more complex and production demands increase, traditional robot programming methods are no longer sufficient. Manufacturers are under pressure to deploy robots faster, reduce downtime, and adapt to frequent product changes without sacrificing accuracy or safety. Offline Robot Programming (OLP) addresses these challenges by shifting robot programming from the factory floor to a virtual environment. By decoupling programming from physical production, OLP enables faster deployment, smoother commissioning, and more resilient automation strategies. What Is Offline Robot Programming? Offline Robot Programming is the process of creating, testing, and validating robot programs in a virtual simulation environment, rather than […]
- [Benefits of Robotic Inspection for Automotive & Aerospace Industries](https://dynalog-us.com/blog/benefits-of-robotic-inspection-for-automotive-aerospace-industries/): Introduction In automotive and aerospace manufacturing, quality is not negotiable. Components are safety-critical, tolerances are tight, and regulatory oversight is uncompromising. As production volumes increase and geometries become more complex, traditional inspection methods struggle to keep pace. Robotic inspection has emerged as a foundational technology for manufacturers seeking consistent, high-precision quality control without sacrificing throughput. By combining industrial robots with advanced sensing and metrology, robotic inspection systems enable manufacturers to move beyond sampling-based inspection toward continuous, data-driven quality assurance. What Is Robotic Inspection in Automotive & Aerospace Manufacturing? Robotic inspection is an automated quality control process that uses industrial robots equipped […]
- [The Future of Robotics & Manufacturing: Why Accuracy Will Decide What Scales](https://dynalog-us.com/blog/the-future-of-robotics-manufacturing-why-accuracy-will-decide-what-scales/): Manufacturing leaders are navigating a period of rapid advancement. Robotics, AI, digital twins, and autonomous systems are no longer experimental concepts—they are being actively deployed across production environments. Much of the industry conversation focuses on capability: what machines can now do, how intelligent systems have become, and how much faster automation can scale. What receives far less attention is the quiet constraint that determines whether these technologies actually deliver value over time: accuracy. As manufacturing systems become more complex and less dependent on human intervention, small inaccuracies compound quickly. Calibration, measurement, and verification are no longer background technical tasks; they are […]
- [Why Robotic Calibration Is Critical for High-Precision Manufacturing](https://dynalog-us.com/blog/why-robotic-calibration-is-critical-for-high-precision-manufacturing/): Establishing Accuracy, Protecting Quality, and Enabling Scalable Automation High-precision manufacturing has entered a decisive phase. As tolerances tighten, automation density increases, and digital workflows become foundational to production strategy, robotic accuracy is no longer a secondary concern—it is a prerequisite for success. In these environments, even minor positional errors can cascade into quality defects, rework, schedule disruptions, and erosion of confidence in automation investments. At Dynalog, robotic calibration is treated as a quantifiable, repeatable engineering control—not a one-time commissioning task. Calibration provides the mathematical and physical alignment that allows robots to perform as engineered under real-world conditions. This blog presents a […]
- [Advanced Inline Measurement and Quality Control for Precision-Driven Manufacturing](https://dynalog-us.com/blog/advanced-inline-measurement-and-quality-control-for-precision-driven-manufacturing/): Turning Real-Time Data into Predictable Production Outcomes Manufacturing has entered an era where precision is no longer inspected after the fact—it is actively managed in real time. As tolerances tighten, product variation increases, and automation scales, traditional quality control models struggle to keep pace. End-of-line inspection, manual gaging, and reactive troubleshooting introduce delays, scrap, and uncertainty into production systems that demand speed and consistency. Inline measurement changes that equation. At Dynalog, inline measurement and automated gaging are viewed not as isolated inspection tools, but as integral components of modern production control systems. When measurement is embedded directly into the manufacturing process, […]
- [Robot Accuracy and Calibration Deep Dives](https://dynalog-us.com/blog/robot-accuracy-and-calibration-deep-dives/): Engineering Precision for Real-World Manufacturing Performance Industrial robotics has reached a critical inflection point. As manufacturers pursue higher precision, greater flexibility, and faster time-to-production, the traditional assumptions around robot performance are no longer sufficient. Repeatability alone does not guarantee quality. Offline programming alone does not ensure success. And commissioning alone does not protect long-term performance. At Dynalog, robot accuracy and calibration are treated as foundational engineering disciplines—critical to unlocking the full value of automation investments. This perspective aligns with Dynalog’s broader body of work on automation feasibility, inline measurement, and digital manufacturing systems. This deep dive builds on those foundations by […]
- [Precision vs Accuracy in Robotics: Understanding the Key Differences](https://dynalog-us.com/blog/precision-vs-accuracy-in-robotics-understanding-the-key-differences/): Robotics is the backbone of modern manufacturing, and as cycle times shrink and quality requirements tighten, the distinction between precision and accuracy becomes more critical. Engineers often use the terms interchangeably, yet they describe fundamentally different performance characteristics of a robotic system. Understanding the difference is essential for anyone designing, integrating, or evaluating robot accuracy in automated inspection, machining, assembly, or calibration workflows. This article breaks down the technical definitions, how they affect performance, the factors that influence each, and practical strategies to improve both. Understanding Precision and Accuracy in Robotics In robotics and metrology, precision and accuracy refer to different—yet […]
- [What is Inline Measurement Technology](https://dynalog-us.com/blog/what-is-inline-measurement-technology/): Modern manufacturing is moving faster than ever, and quality assurance must keep pace. Traditional methods that rely on offline inspection, CMM measurements, or manual gaging introduce bottlenecks, delays, and inconsistencies. To overcome those limitations, many manufacturers are turning to Inline Measurement Systems —metrology technologies integrated directly into the production line. Inline measurement represents a significant leap forward in quality control: enabling real-time dimensional feedback, automated verification, and continuous process optimization without interrupting production flow. This guide breaks down what inline measurement technology is, how it works, the different types of systems, core benefits, and how it compares to offline inspection. Introduction […]
- [What is Offline Robot Programming (OLP)? A Complete Guide](https://dynalog-us.com/blog/what-is-offline-robot-programming-olp-a-complete-guide/): Robots are now critical to manufacturing—not just in automotive, but in aerospace, electronics, logistics, consumer goods, machining, medical devices, and more. Yet one of the largest challenges with robotic automation remains the same: programming new paths without stopping production. Every minute of downtime impacts throughput, scheduling, labor costs, and ultimately profitability. Offline Robot Programming (OLP) solves this challenge by allowing engineers to create, test, optimize, and validate robot programs in a virtual environment before the robot ever stops or moves. Instead of writing code directly on the shop floor, OLP makes it possible to develop fully tested robot jobs entirely in […]
- [Robotic Solutions Are Transforming Inspections](https://dynalog-us.com/blog/robotic-solutions-are-transforming-inspections/): As manufacturing moves toward higher throughput, tighter tolerances, and full traceability, manual inspection methods have reached their limits. Robotic inspection systems—enhanced by precise calibration and high-resolution sensing—are now the backbone of modern quality processes. Below is a deep technical look at the metrology framework behind robotic inspections, with special emphasis on kinematic calibration, uncertainty reduction, and the math that ensures robots deliver repeatable, metrology-grade performance. Introduction to Robotic Inspection Technology Robotic inspection integrates industrial robots with measurement-grade sensors (structured light, laser profilers, touch probes, and vision systems). However, to generate reliable, traceable measurements, the system must first be accurately calibrated. This […]
- [The Role of Calibration in Autonomous Manufacturing Cells](https://dynalog-us.com/blog/the-role-of-calibration-in-autonomous-manufacturing-cells/): What Is Calibration in Autonomous Manufacturing? Autonomous manufacturing is reshaping the industrial landscape. From robotic welding cells to fully automated inspection stations, today’s factories increasingly depend on machines that make—and verify—decisions without direct human oversight. Yet the foundation of every autonomous system remains the same: accuracy. That accuracy depends on one crucial process—calibration. Calibration ensures that every sensor, robot, and measuring device in a manufacturing cell agrees on a single version of reality. Without it, even the most advanced artificial intelligence or motion control software can make flawed decisions. In the age of smart factories, calibration is no longer just maintenance—it’s […]
- [How Absolute Robot Calibration Improves Manufacturing Accuracy & Throughput](https://dynalog-us.com/blog/how-absolute-robot-calibration-improves-manufacturing-accuracy-throughput/): Absolute vs. Relative Robot Calibration: Which One Suits You? In modern manufacturing, precision and speed are no longer luxuries—they’re survival metrics. Whether assembling an EV battery, loading CNC machines, or inspecting parts inline, every robot on the floor must know exactly where it is in space. Yet even the best industrial robots—boasting repeatability of ±0.02 mm—can still miss their marks when it comes to absolute accuracy. That’s where absolute robot calibration comes in. Unlike basic or relative calibration, which only ensures consistency within a single motion cycle, absolute calibration aligns a robot’s coordinate system to the real world. It bridges the […]
- [What Are Automated Measuring Systems—And Are They Right for You?](https://dynalog-us.com/blog/what-are-automated-measuring-systems-and-are-they-right-for-you/): In today’s manufacturing world, precision is no longer a luxury—it’s a requirement. Whether you’re producing automotive components, aerospace parts, or consumer goods, accuracy directly impacts both product quality and your bottom line. Traditional inspection methods, often relying on manual checks with calipers, micrometers, or coordinate measuring machines (CMMs), can no longer keep pace with modern production demands. This is where Automated Measuring Systems (AMS) step in. By combining sensors, advanced calibration tools, and intelligent software, AMS are redefining how factories ensure part accuracy. They not only replace slow, manual checks but also deliver real-time insights that keep production flowing smoothly and […]
- [How Robotic Inspection Is Changing Quality Control Forever](https://dynalog-us.com/blog/how-robotic-inspection-is-changing-quality-control-forever/): In modern manufacturing, quality isn’t optional—it’s everything. Customers expect flawless products, regulators demand compliance, and competition leaves little room for error. For decades, manufacturers relied heavily on manual quality checks, where human inspectors used visual assessments, calipers, or gauges to spot defects. While this worked in an earlier era, the days of purely manual quality control are fading fast. Enter robotic inspection—a new approach that combines robotics, sensors, and AI vision systems to deliver speed, precision, and consistency that humans simply can’t match. What began as a supplement to manual checks has now become the backbone of Industry 4.0 quality assurance. […]
- [Inline Measurement Systems vs. Offline QA: What Manufacturers Need to Know](https://dynalog-us.com/blog/inline-measurement-systems-vs-offline-qa-what-manufacturers-need-to-know/): In today’s hyper-competitive manufacturing environment, the margin for error is shrinking. Global supply chains, rising material costs, and customer expectations for near-zero defects leave little room for inefficiency. One of the biggest shifts happening on the shop floor is the transition from offline quality assurance (QA) to inline measurement systems—a move that is transforming how manufacturers ensure part quality, consistency, and throughput. This post will explore the hidden costs of offline QA, the advantages of inline measurement systems, and practical steps manufacturers can take to implement these solutions. Why Traditional Offline QA Falls Short For decades, quality control has relied heavily […]
- [Why Tool Center Point (TCP) Calibration Is More Critical Than You Think](https://dynalog-us.com/blog/why-tool-center-point-tcp-calibration-is-more-critical-than-you-think/): In high-precision robotics, even fractions of a millimeter matter. One small misalignment in your robot’s Tool Center Point (TCP) can lead to a cascade of issues: missed welds, off-spec cuts, or failed inspections. TCP calibration isn’t just a best practice; it’s a necessity. The Cost of an Inaccurate TCP When the tool tip isn’t precisely defined, your robot might “think” it’s aligned correctly while producing inconsistent results. Imagine a robot arm off by just 0.5mm performing a precision weld on an EV battery pack. The cost of rework and scrap could soar. What Causes TCP Drift? Tool Wear or Damage: Minor […]
- [Inside Dynalog: Achieving Micron-Level Accuracy, No Matter the Conditions](https://dynalog-us.com/blog/inside-dynalog-achieving-micron-level-accuracy-no-matter-the-conditions/): How do you achieve sub-millimeter accuracy in a factory filled with vibration, temperature swings, and constant motion? At Dynalog, we do it every day—and we’ll show you how. What Sets Dynalog Apart: Ruggedized Measurement Systems – Built to endure harsh shop floor environments without losing accuracy. Thermal Compensation Algorithms – Our systems adapt in real time to heat-related dimensional changes. Laser-Based Reference Tools– Non-contact measurement ensures repeatable precision even in dynamic setups. Factory-Calibrated Equipment – Every tool is tested in real-world scenarios before it arrives at your door. Smart Software Integration – We fuse data from multiple sensors to create a […]
- [Top 5 Quality Control Pitfalls—and How Inline Gaging Stops Them in Their Tracks](https://dynalog-us.com/blog/top-5-quality-control-pitfalls-and-how-inline-gaging-stops-them-in-their-tracks/): In high-volume manufacturing, quality control isn’t a nice-to-have—it’s mission-critical. Unfortunately, many traditional QC methods fall short when speed and precision are required. Here’s how inline gaging changes the game. Common QC Issues Inline Gaging Solves: Delayed Feedback Loops – Inline gaging provides real-time data, not end-of-line surprises. Operator Dependency – Automated inspection removes variability from human handling. Off-Spec Production – Immediate alerts help correct processes before too much waste is created. Missed Micro-Defects – High-resolution measurements catch what visual checks miss. Rework & Scrap Costs – Real-time data = fewer rejects = lower costs. Inline gaging does more than inspect parts—it […]
- [Why Your Robot Is Drifting (And What You Can Do About It)](https://dynalog-us.com/blog/why-your-robot-is-drifting-and-what-you-can-do-about-it/): Even the most advanced robotic systems can lose precision over time. If your robot is suddenly missing pick points, creating inconsistent welds, or failing inspection checks—it may not be a hardware failure. You could be dealing with something more subtle but just as damaging: robot drift. What Is Robot Drift? Robot drift refers to the gradual loss of positioning accuracy, even when the robot appears to be operating normally. Unlike breakdowns that halt production, drift quietly erodes product quality, throughput, and customer confidence—until someone finally notices something’s off. It’s a silent productivity killer—and it’s far more common than most teams realize. […]
- [The Future of Factory Calibration: Trends to Watch](https://dynalog-us.com/blog/the-future-of-factory-calibration-trends-to-watch/): As manufacturing continues to embrace Industry 4.0, calibration is evolving from a periodic task into an integrated, real-time pillar of operational excellence. No longer limited to offline labs or scheduled checkups, calibration is becoming smarter, faster, and more predictive—thanks to advances in automation, AI, and connectivity. At Dynalog, we’re not just witnessing this shift—we’re helping lead it. In-Line Self-Calibration Imagine robots that adjust themselves while running production. Emerging systems are enabling real-time recalibration based on part variation, thermal drift, or even tool wear—all without operator intervention. This means less downtime, tighter tolerances, and more consistent quality throughout each shift. Digital Twin […]
- [Robot Accuracy 101: 7 Terms Every Engineer Should Know](https://dynalog-us.com/blog/robot-accuracy-101-7-terms-every-engineer-should-know/): In a world where precision makes or breaks production, understanding the language of robot accuracy is essential. Whether you’re fine-tuning a cell or sourcing a new solution, these terms will help you make more informed decisions—and avoid costly missteps. Terms to Know: TCP (Tool Center Point) – The calculated point on the robot’s tool that performs the operation. Accurate TCP is critical for precision tasks. Repeatability – How consistently a robot returns to a taught position. High repeatability does not guarantee accuracy. Absolute Accuracy – The ability of the robot to reach a commanded position in space. This is Dynalog’s specialty. […]
- [5 Signs Your Robotic Cell Needs Recalibration—Before It Impacts Quality](https://dynalog-us.com/blog/5-signs-your-robotic-cell-needs-recalibration-before-it-impacts-quality/): Robot misalignment doesn’t always come with alarms or red flags—but the consequences can quietly erode your quality and uptime. If you see increased scrap, longer cycle times, or unexpected collisions, your robot cell may need recalibration. Top Signs You Need Recalibration: Repeatability Drift – Small deviations in welds, pick positions, or placements Increased Scrap or Rework – Often mistaken as a tooling or operator issue Inconsistent TCP Behavior – Especially after tool changes or maintenance Off-Nominal Part Data – If your QC reports show a trend Robot Crash or Force Event – Even minor bumps can cause positional shift Solution: Using […]
- [Inline Gauging vs. Offline Inspection: Which Strategy Boosts Your ROI?](https://dynalog-us.com/blog/inline-gauging-vs-offline-inspection-which-strategy-boosts-your-roi/): In the era of smart manufacturing, companies face a choice: continue with offline part inspection or embrace in-line gauging. But which approach really adds value? Comparison Table: Metric Offline Inspection In-Line Gauging Speed Slower Strong Real-time Labor Manual Automated Scrap Detection After-the-fact Immediate Accuracy High, but delayed High + real-time Cost Lower initial Higher setup, faster ROI Real-World ROI: Dynalog customers using DynaFlex in-line gauging have reported: 20–30% reduction in scrap Real-time feedback loops that adjust the process before bad parts are made Faster root-cause analysis with data-rich reports Conclusion: In-line gauging isn’t just about better measurement—it’s about smarter production. If […]
- [The Hidden Cost of Poor Robot Calibration—and How to Avoid It](https://dynalog-us.com/blog/the-hidden-cost-of-poor-robot-calibration-and-how-to-avoid-it/): Robot calibration is often viewed as a “set-it-and-forget-it” step during installation—but that mindset can be costly. Poor calibration may silently degrade your entire operation. Hidden Costs of Poor Calibration: Scrap Costs: Misaligned robots increase defective output Machine Downtime: Operators manually intervene or reprogram Safety Risks: Off-path movements can lead to collisions Lost Trust in Automation: Manual workarounds increase How Dynalog Prevents It: Dynalog’s robot calibration systems (like DynaFlex and DynaGuide) ensure: Proper joint modeling Repeatable TCP and path accuracy Compensation for thermal/mechanical drift Conclusion: Precision isn’t a one-time achievement—it’s a continuous investment. Dynalog gives your robots the ability to stay precise, […]
- [Part 2: Solving Robot Accuracy Issues with Calibration and Compensation](https://dynalog-us.com/blog/part-2-solving-robot-accuracy-issues-with-calibration-and-compensation/): How do manufacturers address inaccuracies between nominal and actual robot paths? The answer lies in Robot-Cell Calibration, which identifies real-world deviations and compensates for them before deployment. Step 1: Identification Phase There are two ways to identify the Actual Parameters of a Robot-Cell: Manual Measurement Use metrology tools to measure every parameter—accurate but time-intensive. Mathematical Modeling (Preferred) Use a few key physical measurements from the cell and calculate actual parameters with specialized software. Dynalog’s calibration process adopts the latter for speed and efficiency. This involves: Collecting static position measurements strategically placed throughout the Robot-Cell’s envelope, Using software to compute the actual […]
- [Part 1: Why Accurate Robot-Cell Calibration Is Critical for Modern Manufacturing](https://dynalog-us.com/blog/part-1-why-accurate-robot-cell-calibration-is-critical-for-modern-manufacturing/): In today’s dynamic manufacturing environment, flexibility is key. Whether a Robot-Cell is performing water jet cutting, spot welding, sealing, or assembly, production teams need the ability to transfer robot programs between multiple cells with speed and precision—without disrupting production. This flexibility might involve: Moving a program from simulation to the real floor (OLP), Transferring from one production Robot-Cell to another (Cloning), Relocating the same cell to a different site (Moving), Or recovering from a mechanical failure (Maintenance). What Makes Up a Robot-Cell? A typical Robot-Cell includes: The Robot, An End-Effector A Fixture, which holds the part or workpiece. These components work […]
- [Precision in Real-Time: The Power of Automated Inline Gaging](https://dynalog-us.com/blog/precision-in-real-time-the-power-of-automated-inline-gaging/): Introduction In today’s high-speed, high-stakes manufacturing environment, precision isn’t just a goal—it’s a requirement. As industries push for tighter tolerances and shorter production cycles, traditional offline quality checks can’t keep up. That’s where automated Inline Gaging steps in, offering real-time measurement and feedback directly within the manufacturing process. At Dynalog, we’re helping manufacturers move beyond inspection and into trueb process control with advanced Inline Gaging systems that deliver fast, reliable, and highly accurate results—without slowing down production. What is Inline Gaging? Inline Gaging refers to the process of measuring critical part features directly on the production line, often between machining steps […]
- [AccuBeam™: Revolutionizing Robotic Precision and Recovery](https://dynalog-us.com/blog/accubeam-revolutionizing-robotic-precision-and-recovery/): Introduction In the world of industrial automation, robotic precision is crucial. Even the most advanced robots are susceptible to deviations caused by temperature fluctuations, collisions, and mechanical wear. When precision is compromised, so is efficiency—leading to costly downtime, increased scrap rates, and quality control issues. Enter AccuBeam™, an innovative in-line robot recovery and calibration system designed to maintain optimal robotic performance without manual intervention. Whether addressing gradual drift or sudden crashes, AccuBeam ensures robots operate with peak accuracy at all times. The Challenge: Robot Drift and Structural Deviations Robots are precision machines, but they are not immune to external influences. Temperature […]
- [Offline Programming with No Touchup](https://dynalog-us.com/blog/offline-programming-with-no-touchup/): No Touchup Defined “No Touchup” refers to a scenario where a robot’s program, once created and implemented, operates perfectly without requiring further adjustments or manual corrections. Aspects of No Touchup: Initial Accuracy: The robot’s program, developed offline or directly on the robot, is expected to work accurately and efficiently immediately without requiring additional fine-tuning or adjustments after deployment. Effective Simulation: The offline programming process involves creating and testing the robot’s tasks and movements in a simulated environment. For a program to be “no touchup,” the simulation must closely replicate the working conditions, ensuring that the virtual program translates seamlessly to the […]
- [Unlocking Precision: Understanding the 3D CompuGauge™ Robot Performance and Analysis System](https://dynalog-us.com/blog/unlocking-precision-understanding-the-3d-compugauge-robot-performance-and-analysis-system/): Introduction As automation continues to transform industries, ensuring robotic precision and reliability is more critical than ever. The 3D CompuGauge™ Robot Performance and Analysis System is an advanced solution designed to provide highly accurate measurements and in-depth performance analysis of robotic systems. By integrating cutting-edge hardware and intelligent software, this system enables manufacturers to evaluate robot positioning in both static and dynamic states, ensuring optimal efficiency and accuracy. What is the 3D CompuGauge™ System? The 3D CompuGauge™ system is a comprehensive tool for analyzing robot motion and performance. It consists of two key components: Triangulation Beams – High-precision measurement devices that […]
- [Enhancing Robotic Precision with Dynalog’s roPOD™ Technology](https://dynalog-us.com/blog/enhancing-robotic-precision-with-dynalogs-ropod-technology/): Introduction Industrial robots have revolutionized manufacturing, offering unparalleled efficiency and automation. However, maintaining high precision over time is a critical challenge. Factors like tool crashes, maintenance, and temperature fluctuations can cause robotic positioning errors, leading to costly rework and quality concerns. To address these challenges, Dynalog’s roPOD™ technology provides a cutting-edge solution that continuously monitors and corrects robot positioning in real-time, ensuring optimal performance with minimal downtime. The Challenge: Maintaining Positional Accuracy While industrial robots exhibit excellent repeatability in controlled environments, real-world factory floors introduce variables that can impact precision. Key Factors Affecting Robotic Performance: Tool Crashes & Replacements: A tool center […]
- [Absolute Accuracy Robot Calibration](https://dynalog-us.com/blog/absolute-accuracy-robot-calibration/): Why Calibration is Important Ensuring calibration is done at key times will extend the lifespan of the robot. Failure to calibrate at these key times can lead to increased errors, inconsistent output quality, and potential breakdowns, which can disrupt operations and incur additional costs. Here are some key moments when robot calibration is particularly important: Initial Setup: When the robot is first installed or set up, calibration should be performed. This establishes a baseline for its accuracy and ensures that it starts with the correct settings. Post-Maintenance or Repairs: After any maintenance or repairs, recalibration is necessary. Even minor changes, such […]
- [Revolutionizing In-line Quality Control with Flexible Measurement Systems](https://dynalog-us.com/blog/revolutionizing-in-line-quality-control-with-flexible-measurement-systems/): Meeting the Demand for Precision in Manufacturing In the world of manufacturing, consistency and quality are everything. From automotive to aerospace, industries rely on precise measurements to minimize waste and maintain productivity. Traditional metrology tools like Coordinate Measuring Machines (CMMs) and Camera Tunnels have long been a staple in quality control. However, as the demand for faster, more flexible production lines grows, the industry embraces the Flexible Measurement System (FMS). This robot-based inspection solution combines adaptability with precision, allowing in-line, 100% quality inspection while keeping up with fast-paced production. What is a Flexible Measurement System? Flexible Measurement Systems (FMS) bring a […]
- [Boosting Robotic Precision with the DynaFlex™ Calibration System](https://dynalog-us.com/blog/boosting-robotic-precision-with-the-dynaflex-calibration-system/): Imagine a robot performing delicate 3D inspections or laser cutting with pinpoint accuracy. But with fluctuating plant temperatures, robot self-heating, and occasional mishaps, even top-tier industrial robots struggle to maintain precise performance over time. Enter DynaFlex™ by Dynalog—an advanced, automated calibration system designed to take robotic accuracy and repeatability to a new level. Here’s how it transforms robotic reliability, even in the most demanding environments. What Makes the DynaFlex™ System Essential? The Challenge of Precision Many tasks require highly accurate robot positioning, from inspection and precision drilling to waterjet cutting. But even the best industrial robots are not accurate to begin […]
- [Robot TCP and Mastering Recovery](https://dynalog-us.com/blog/robot-tcp-and-mastering-recovery/): A Korean car manufacucturer in Mexico has selected DynaCal system for recovery of robot mastering and TCP. Robot mastering/TCP can be changed due to a crash or replacement of the end-effector or replacement of robot motors. DynaCal system quickly recovers the robot mastering and TCP thus saving valuable production time for the customer that would be required for re-teaching the robot positions after a crash or replacement.
- [Robot Zero-Position Mastering](https://dynalog-us.com/blog/robot-zero-position-mastering/): A Japanese robot manufacturer has selected the DynaCal system to calibrate zero-position mastering of their robots for a plant in China. Every robot manufactured in the plant are calibrated for their zero position using the DynaCal system before shipping them out to customers. The DynaCal system accurately and quickly identifies the robot zero-position mastering.
- [Off-Line Programming of a Milling Robot](https://dynalog-us.com/blog/off-line-programming-of-a-milling-robot/): A Michigan based integrator has selected DynaCal system to provide robot-cell Absolute Accuracy and to enable off-line programming for their robotic milling cell. The robot-cell is simulated in RobotMaster and the milling programs, using various tools, are created in the simulation software. The DynaCal system is utilized by the integrator to identify the Absolute Accuracy parameters of the robot-cell, including the TCP, User Frame, and the robot geometric/non-geometric parameters. The DynaCal Filter Module is then utilized to compensate the milling robot positions created in the simulation environment to account for the differences between the simulation robot-cell and the actual robot-cell, providing the required high […]
- [Accuracy for Robotic Stone Sculpting](https://dynalog-us.com/blog/accuracy-for-robotic-stone-sculpting/): Dynalog’s Dynacal system has been selected by an American Robotic Stone Sculpting integrator to provide robot-cell Absolute Accuracy and to enable off-line programming for their robotic stone sculpting cells installed in their plant. The integrator uses the DynaCal system to identify the Absolute Accuracy parameters of the robot-cell. Furthermore, with the identified robot-cell parameters, the DynaCal Filter Module compensates the large amount of robot positions created in a simulation environment to account for the differences between the simulation robot-cell and the actual robot-cell. The precision provided by the calibrated robot-cell meets the requirements of their stone sculpting process.
- [Certificate of Appreciation](https://dynalog-us.com/blog/certificate-of-appreciation/): Pierre de Smet, President of Dynalog, Inc. with offices located in Bloomfield Hills, Oakland County, Michigan was just awarded a certificate of appreciation in recognition of his continued participation for the past five years on the Industrial Advisory Board at Lawrence Technological University.
- [Trade Show - 2019](https://dynalog-us.com/blog/trade-show-2019/): Dynalog will participate in the 21st China International Industry Fair (CIFF) 2019, which takes place from September 17th to 21st, 2019, in Shanghai. Worldwide Technologies, Dynalog’s distributor in China, will present Dynalog products: the DynaCal™ robot-cell calibration system, the roPOD™ (TCP + robot) recovery system, the AccuBeam™ robot temperature compensation system, the DynaGuide™ robot adaptive control and guidance system, the DynaFlex™ robot gauging system, and the CompuGauge™ robot performance analysis system. Visit this link for more information: http://www.ciif-expo.com/en. We look forward to meeting with you at this event.
- [New Product](https://dynalog-us.com/blog/new-product/): We are very excited to introduce our new product roPOD™. This new product, roPOD, replaces the AutoCal product, and similar to the AutoCal system, provides the recovery of robot’s TCP and zero-position-mastering after a crash, replacement of motor, replacement of end-effector, etc. The roPOD system is faster than the AutoCal system, and it has a much smaller foot print.
- [A Japanese Robot Manufacturer Selects Dynalog's IdentiCal System](https://dynalog-us.com/blog/a-japanese-robot-manufacturer-selects-dynalogs-identical-system/): Dynalog’s IdentiCal system has been selected by a Japanese robot manufacturer for calibration of their robots. The IdentiCal system is utilized to identify the robot’s zero-position mastering, which is updated in the robot controller before the robot is shipped to their customer.
- [Trade Show - 2018](https://dynalog-us.com/blog/trade-show-2018/): Along with our Chinese distributor, Worldwide Technologies, we displayed our products at the China International Robot Show (CIROS) in Shanghai, China. Click here to read the news release.
- [Dynalog Ciros 2018 News Article](https://dynalog-us.com/blog/dynalog-ciros-2018-news-article/): Dynalog participated in CIROS 2018 China International Robot Show, which was hosted from July 4th to July 7th, 2018, in Shanghai, China. Worldwide Technologies, Dynalog’s distributor in China, displayed four Dynalog products, the DynaCal™ robot-cell calibration system, the AutoCal™ (TCP + robot) recovery system, the DynaGuide robot adaptive control and guidance system, and the CompuGauge™ robot performance analysis system. Dynalog products are already being utilized by most Chinese robot manufacturers for accuracy and analysis purposes.
- [China International Robot Show 2018](https://dynalog-us.com/blog/china-international-robot-show-2018/): Dynalog will participate in the China International Robot Show (CIROS) 2018, which takes place from July 4th to July 7th, 2018, in Shanghai. Worldwide Technologies, Dynalog’s distributor in China, will present Dynalog products: the DynaCal™ robot-cell calibration system, the AutoCal™ (TCP + robot) recovery system, the AccuBeam™ robot temperature compensation system, the DynaGuide™ robot adaptive control and guidance system, the DynaFlex™ robot gauging system, and the CompuGauge™ robot performance analysis system. Visit this link for more information: https://en.cns.travel/trade-show/ciros-shanghai. We look forward to meeting with you at this event.
- [A Japanese Auto Maker Selects Dynalog's DynaCal System](https://dynalog-us.com/blog/a-japanese-auto-maker-selects-dynalogs-dynacal-system/): Dynalog’s Dynacal system has been selected by a Japanese auto maker in the US for recovery of their robot programs after a crash, moved fixture, replacement of robot motors, and replacement of end-effector. A reference signature of the robot-cell is acquired with the DynaCal system when the robot-cell is performing its production job accurately. After a change in the robot-cell, e.g. tool crash, the DynaCal system is utilized to identify the difference in the robot-cell signature compared to the reference signature. The differences are updated in the robot controller, i.e. TCP, User Frame, and Zero-Position-Mastering are updated in the robot controller, […]
- [An American Aeronautic System Integrator Selects Dynalog's DynaCal System](https://dynalog-us.com/blog/an-american-aeronautic-system-integrator-selects-dynalogs-dynacal-system/): Dynalog’s Dynacal system has been selected by an American aerospace system integrator to provide robot-cell Absolute Accuracy and to enable off-line programming for their robotic drilling cells installed in their Mexican plant. The integrator uses the DynaCal system to identify the Absolute Accuracy parameters of the robot-cell. Furthermore, with the identified robot-cell parameters, the DynaCal Filter Module compensates the robot positions created in a simulation environment to account for the differences between the simulation robot-cell and the actual robot-cell. The precision provided by the calibrated robot-cell meets the requirements of their robotic drilling process.
- [China International Robot Show 2017](https://dynalog-us.com/blog/china-international-robot-show-2017/): Dynalog will participate in the China International Robot Show (CIROS) 2017, which takes place from July 5th to July 8th, 2017, in Shanghai. Worldwide Technologies, Dynalog’s distributor in China, will present Dynalog products: the DynaCal™ robot-cell calibration system, the AutoCal™ (TCP + robot) recovery system, the AccuBeam™ robot temperature compensation system, the DynaGuide™ robot adaptive control and guidance system, the DynaFlex™ robot gauging system, and the CompuGauge™ robot performance analysis system. Visit this link for more information:http://en.ciros.com.cn. We look forward to meeting with you at this event.
- [Trade Show - 2017](https://dynalog-us.com/blog/trade-show-2017/): Dynalog will participate in the trade show Metalloobrabotka 2017, which takes place from May 15th to May 19th, 2017, in Moscow. Master-Service Metrology Group, Dynalog’s distributor in Russia, will present Dynalog products: the DynaCal™ robot-cell calibration system, the AutoCal™ (TCP + robot) recovery system, the AccuBeam™ robot temperature compensation system, the DynaGuide™ robot adaptive control and guidance system, the DynaFlex™ robot gauging system, and the CompuGauge™ robot performance analysis system. Visit this link for more information: https://www.metobr-expo.ru/en/. Come visit us at booth #FF108. We look forward to meeting with you at this event.
- [A Global Automaker Selects Dynalog for Robotic Accuracy for their Laser Cutting Application](https://dynalog-us.com/blog/a-global-automaker-selects-dynalog-for-robotic-accuracy-for-their-laser-cutting-application/): Dynalog is selected by a global automaker to provide Absolute Accuracy, Temperature Compensation, and Guidance for robots performing laser cutting process. A robot-mounted sensor is utilized to acquire the calibration and guidance measurements. A robot-mounted sensor reduces the number of sensors required to perform the robot guidance process. These laser cutting cells will soon go into full production. Ceramic based calibration targets are mounted within the robot-cells. The measurements of the calibration targets are utilized by Dynalog’s DynaFlex software to identify the Absolute Accuracy robot-cell parameters. Furthermore, periodic measurements of the calibration targets are obtained automatically (few measurements during transfer of […]
- [Trade Show - 2016](https://dynalog-us.com/blog/trade-show-2016/): Dynalog participated in CIROS 2016 China International Robot Show, which was hosted from July 6th to July 9th, 2016, in Shanghai, China. Worldwide Technologies, Dynalog’s distributor in China, displayed four Dynalog products, the DynaCal™ robot-cell calibration system, the AutoCal™ (TCP + robot) recovery system, the DynaGuide robot adaptive control and guidance system, and the CompuGauge™ robot performance analysis system. Dynalog products are already being utilized by most Chinese robot manufacturers for accuracy and analysis purposes.
- [Research Study of Absolute Accuracy of Robots Using Dynalog's CompuGauge System](https://dynalog-us.com/blog/research-study-of-absolute-accuracy-of-robots-using-dynalogs-compugauge-system/): Polytechnica University of Romania conducted a research study to determine the Absolute Accuracy of Industrial robots using the performance analysis module of Dynalog’s CompuGauge system. The CompuGauge performance analysis module is based on ISO-9283 and ANSI RIA 15.05 standards. The results of the study is available at the following link: http://www.wseas.us/e-library/conferences/2013/Vouliagmeni/MRME/MRME-08.pdf.
- [Engelberger Award for Technology Development](https://dynalog-us.com/blog/engelberger-award-for-technology-development/): Dynalog’s President Mr. Pierre de Smet was awarded the Engelberger award for Technology Development in the Year 2004 The Joseph F. Engelberger award is considered worldwide as the most prestigious Award in the field of Robotics and is presented yearly during the International Symposium on Robotics (ISR) organized by the International Federation of Robotics (IFR).The Award is named after Joseph F. Engelberger, known throughout the world as the founding force behind industrial robotics, and considered as the “father” of the modern robotics industry. Engelberger was founder and president of Unimation, Inc., the world’s first industrial robot manufacturer. The Engelberger Robotics Award […]

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