How AMOS Group boosts manufacturing efficiency with smart automation

The Power of Computer Vision in Industrial Automation Today, the use of Computer Vision in production lines is no longer an option — it’s a necessity. With image processing, manufacturers can detect defects, precisely locate components, guide robots along accurate paths, and even monitor packaging quality in real time. This technology boosts accuracy, speed, and safety in factories while minimizing human error. 📌Key Benefits: Accurate detection of lines and paths for robots Reduced waste and higher production efficiency Intelligent quality monitoring without stopping the line When automation meets machine vision, the result is a smart, proactive production line that can see problems before they happen — and fix them instantly. ⚡ #IndustrialAutomation #MachineVision #SmartFactory

🚫 No More One-Size-Fits-All Sensors 🚫 In a precision-driven world, “good enough” just isn’t good enough. Off-the-shelf sensors rarely capture the full picture when the stakes are high. Here’s where tailored sensing makes the difference: ✨ Strain gage sensors deliver unmatched sensitivity for structural testing and stress analysis. ✨ Foil resistors provide stability and accuracy in demanding electronic designs. ✨ Load cells are evolving into custom solutions for aerospace, robotics, and industrial automation. ✨ DAQ systems integrate it all, turning raw data into real-time insight. The future of measurement isn’t about one-size-fits-all. It’s about engineering sensors that fit the exact demands of your material, your environment, and your performance goals. Let’s move beyond compromise—and design for precision.

Innovation doesn’t come from cookie-cutter solutions. It starts when we design strategies—as unique as the challenges we’re solving. That applies to technology, business, and especially talent. Every hire, every role, every team needs a tailored approach. Because when we match the right people to the right problems, that’s where growth happens. 🚀 #TalentAcquisition #RecruitmentStrategy #Innovation #FutureOfWork #HiringForGrowth #BusinessTransformation #LetsTalk

📌 Check the comments section for the full article link. When machines move, precision is everything. In motion control, feedback devices are often hidden away—small, silent, and overlooked. Yet, they hold the power to define a system’s accuracy, safety, and reliability. What once was “just an encoder” is now becoming the intelligence backbone of servo systems. Key insights highlight: From Wires to One: Single-cable feedback systems simplify installation, reduce errors, and save precious cabinet space. Smarter Setup: Built-in motor ID and auto-recognition cut testing time and eliminate mismatches—critical for global machine builders. Safety Built-In: Certified encoders now handle functional safety at the source, reducing complexity while protecting people around machinery. Always Ready: Energy-harvesting multi-turn feedback devices skip the downtime of homing routines, ensuring machines power up ready to perform. Beyond Specs: These aren’t just sensors anymore—they’re enablers of efficiency, reliability, and innovation. What began as a hidden component has evolved into a cornerstone of modern automation. With solutions like Kollmorgen’s SFD-M, motion systems aren’t just smoother—they’re smarter, safer, and future-ready. The message is clear: feedback devices are no longer behind the scenes. They are driving the stage where industrial automation’s future is being written. #MotionControl #Automation #ServoSystems #IndustrialAutomation #SmartManufacturing #MachineDesign #EngineeringInnovation #EnergyHarvesting #FunctionalSafety #Encoders #Resolvers #DigitalTransformation #Industry40 #Kollmorgen

In any manufacturing plant, the cooling system is the lifeline that keeps machines at safe temperatures, protects equipment, and ensures product quality. ⚠️ When cooling fails: • Production stops immediately • Equipment damage occurs (motors, pumps, heat exchangers) • Product defects and delivery delays • Financial and reputation loss ✅ OPTIME by Schaeffler OPTIME is a smart condition monitoring solution with wireless sensors and AI analytics: • 24/7 monitoring of vibration & temperature • Early fault detection (misalignment, bearing wear, seal leakage) • Fast to deploy, cost-efficient • Minimizes downtime and optimizes maintenance ✨ Simply put, OPTIME is the “24/7 doctor” for your cooling system, ensuring reliability and efficiency

#include <Servo.h> // Motor pins const int motorPin1 = 5; // Left motor const int motorPin2 = 6; // Right motor // Servo pin Servo steeringServo; const int servoPin = 9; // Ultrasonic sensor pins const int trigPin = 10; const int echoPin = 11; // IR line sensors const int leftSensor = 2; const int rightSensor = 3; // Threshold distance (cm) const int safeDistance = 20; void setup() { Serial.begin(9600); pinMode(motorPin1, OUTPUT); pinMode(motorPin2, OUTPUT); steeringServo.attach(servoPin); steeringServo.write(90); // Center position pinMode(trigPin, OUTPUT); pinMode(echoPin, INPUT); pinMode(leftSensor, INPUT); pinMode(rightSensor, INPUT); } void loop() { // Read ultrasonic sensor long duration; digitalWrite(trigPin, LOW); delayMicroseconds(2); digitalWrite(trigPin, HIGH); delayMicroseconds(10); digitalWrite(trigPin, LOW); duration = pulseIn(echoPin, HIGH); int distance = duration*0.034/2; // Obstacle detection if(distance < safeDistance) { analogWrite(motorPin1, 0); // Stop motors analogWrite(motorPin2, 0); Serial.println("Obstacle detected! Stopping..."); } else { analogWrite(motorPin1, 150); // Move forward analogWrite(motorPin2, 150); } // Lane following int leftValue = digitalRead(leftSensor); int rightValue = digitalRead(rightSensor); if(leftValue == LOW && rightValue == HIGH) { steeringServo.write(60); // Turn left } else if(leftValue == HIGH && rightValue == LOW) { steeringServo.write(120); // Turn right } else { steeringServo.write(90); // Go straight } delay(100); }

🚀 Unlock the Power of Proximity Sensors! In modern automation, proximity sensors play a vital role in detecting objects without any physical contact. But do you know there are different types — each with its own unique working principle? ⚙️ Here’s a quick breakdown 👇 🔹 Inductive Sensor: Detects only metallic objects using magnetic fields. (Range: up to 50 mm) 🔹 Capacitive Sensor: Detects both metallic & non-metallic objects by sensing capacitance changes. (Range: up to 50 mm) 🔹 Photoelectric Sensor: Uses light rays to detect both metal & non-metal objects. (Range: up to 1.5 m) 🔹 Ultrasonic Sensor: Uses ultrasonic waves for long-distance detection. (Range: up to 10 m) 💡 Application areas: Industrial Automation Robotics Packaging Machines Safety Systems Each sensor has its strength — choosing the right one ensures efficiency, accuracy, and reliability in your automation system. #Engineering #Automation #Sensors #ElectricalEngineering #IndustrialAutomation #SmartManufacturing

🔍 Glass Processing 101: How Automation Boosts Efficiency Ever wondered how modern glass factories achieve perfect cuts? 🤔 The secret lies in automated equipment like our intelligent cutting lines! Key processes: 1️⃣ Auto Loading – Robotic arms handle glass safely 2️⃣ Precision Cutting – ±0.3mm accuracy guaranteed 3️⃣ Smart Edge Grinding – Flawless finishes every time These systems can reduce labor costs by 40% and increase output by 60%! 📊 Want to optimize your production? 📩 DM us for a free efficiency analysis 🔗 Learn more: huashiltech.com #huashiltech #glassmanufacturing #automation #industryinsights #smartfactory #glasstech

TRENDING: Digital Twin. What we are seeing in software when there is hardware involved is this term "simulation". Trending is a newer term "digital twin". Run the data through a digital twin, and, hopefully, if the vendors digital twin is true you will be able to see your operation as if it were live. The vendor can tell you how to lay out your warehouse in this particular image, how many robots, how many pick stations, given your criteria for picks per hour, shifts, and more. Your Digital Twin.

TRENDING: Digital Twin. What we are seeing in software when there is hardware involved is this term "simulation". Trending is a newer term "digital twin". Run the data through a digital twin, and, hopefully, if the vendors digital twin is true you will be able to see your operation as if it were live. The vendor can tell you how to lay out your warehouse in this particular image, how many robots, how many pick stations, given your criteria for picks per hour, shifts, and more. Your Digital Twin.