Digital Brain, Analog Muscles: The Mechanical Kinematics of CTS Maintenance ⚙️📐 We often talk about CTS (Computer-to-Screen) in terms of DPI and software. But physically, a CTS machine is essentially a high-precision CNC Robot. The print head does not float on air; it travels on a rigid mechanical system consisting of Linear Guide Rails and Lead Screws (Ball Screws). Why does this matter for troubleshooting? If I see horizontal banding or micro-vibrations in the exposed image, I don't look at the computer first. I look at the Rails. The Mechanical Failure Points: 1️⃣ The Screw Drive (Vidalı Mil): This component translates rotary motor movement into linear head movement. If there is debris or lack of lubrication on the screw threads, the head will "stutter," causing visible step lines in the halftone. 2️⃣ The Linear Rails (Ray Sistemi): These ensure the head travels in a perfectly straight line. Emulsion dust is abrasive. If it builds up on the rails, it destroys the smooth gliding motion, leading to registration shifts. My Maintenance Protocol: A CTS machine is only as precise as its lubrication schedule. I treat the mechanical axis with the same care as the print head itself. Clean Rails = Smooth Motion. Smooth Motion = Sharp Dots. In high-precision manufacturing, software sends the command, but mechanics execute the reality. #ScreenPrinting #Sitodruk #CTS #Maintenance #LinearMotion #BallScrew #CNC #MachineMaintenance #ProcessControl #Engineering

Hands-on metrology in action. Using FARO Quantum Xs for high-precision dimensional inspection and feature verification on machined components. Accurate alignment, proper probing strategy, and GD&T-driven inspection are critical to delivering reliable, repeatable results—especially in aerospace and precision manufacturing environments. Continuous learning and practical execution are what truly define quality. #Metrology #CMM #FAROArm #DimensionalInspection #GDnT #AerospaceManufacturing

Precision fastener measurement isn’t just a checkbox — it’s mission-critical. ✈️ In aerospace manufacturing, thousands of fasteners hold structures together — and even slight deviations in flushness, countersink geometry, or surface defects can impact structural integrity, aerodynamic performance, and compliance. Traditional gauges are slow, subjective, and can’t keep pace with production demands. Accurex Measurement Inc. The Accurex Fastener Measurement Tool (FMT) solves this problem by delivering: ✔ Instant 3D scanning of fastener flushness and countersink geometry ✔ Accuracy to ±0.0003" — far beyond manual gauges ✔ On-the-spot pass/fail results directly on the shop floor ✔ Captured data for traceability, reporting, and quality systems From F-35 aircraft lines to commercial aero structures, FMT helps teams find issues before installation, avoid costly rework, and meet strict quality specifications — fast. Accurex Measurement Inc. If your manufacturing quality goals include speed, precision, and confidence, modernizing fastener inspection should be on your roadmap. #Aerospace #QualityEngineering #ManufacturingInnovation #Metrology #AeroStructure

3D Scanning of a Radiator Frame See how a complete 3D scanning process can be fast, accurate, and efficient, from initialization to dimensional report generation. Workflow: 1️⃣ Creation of the inspection program 2️⃣ Robot path creation and scan simulation 3️⃣ Data acquisition 4️⃣ Inspection and report generation 3D scanning applied to dimensional inspection ensures speed, repeatability, and reliability for industrial processes. 📩 If you’d like to learn more about this application, feel free to reach out.

Please excuse the accelerated part at the beginning of the video. Another amazing video of a painting line with hashtag #ABB robots how do you determine that a car body has the required paint thickness? Through thorough measurement – see the end of the video. The thickness of paint on the car body is measured using special digital devices (paint thickness gauges) that operate on the principle of electromagnetic induction (for steel) or eddy currents (for aluminum), or ultrasound (for plastics), and measure the thickness of the paint (in micrometers, µm) on a metal substrate, with standard factory paint typically being 90-180 µm.

Why are precision encoder discs electroformed Precision encoder discs utilize electroforming technology primarily because this process achieves extremely high precision and resolution. It enables the fabrication of intricate grating patterns with high aspect ratios (e.g., micron-level line widths) and minimal error, ensuring accurate angular measurement. Additionally, electroformed encoder discs feature exceptionally smooth surfaces free of burrs and internal stresses, with high flatness that prevents warping and deformation. They offer strong reproducibility, making them suitable for mass production. Supporting reflective designs (where the light source and detector are on the same side) facilitates miniaturization. Compared to glass discs, they are less fragile and exhibit superior thermal stability, while surpassing etched metal discs in precision. These discs are ideal for high-demand optoelectronic encoders used in applications such as robotics and CNC machine tools. #PrecisionEncoderDisc #EncoderDisc #Electroforming #ElectroformingProcess

5-axis CNC machining in action. True simultaneous 5-axis capability allows complex geometries, undercuts, and compound angles in a single setup – delivering superior precision (±0.005 mm typical), exceptional surface finish, and dramatically reduced cycle times. Fewer tool changes, minimal fixtures, and eliminated errors from multiple setups – perfect for high-performance aerospace, medical, and automotive components. Elevating manufacturing standards, one flawless part at a time. #5axiscnc #precisionmachining #advancedmanufacturing #cnctechnology #aerospaceparts #engineeringexcellence #nocompromise

What does it take to build world-class optics? Step inside our advanced manufacturing facility in Irvine, CA and witness precision in motion. From CNC machining and diamond turning to ultra-accurate metrology and deep UV coatings, every step is engineered for excellence. Explore how our color-coded cells and cutting-edge processes come together to craft custom lenses and coatings for the most demanding applications—from aerospace to biotech. Watch our behind-the-scenes video: https://ow.ly/5Kor50XSf15

General Atomics saved $2M in tooling and produced 240 aircraft parts using Stratasys FDM® technology. From ducting to ground-support gear, additive delivers faster, lighter, certified parts. Read the blog >> https://okt.to/DEsmhJ

General Atomics saved $2M in tooling and produced 240 aircraft parts using Stratasys FDM® technology. From ducting to ground-support gear, additive delivers faster, lighter, certified parts. Read the blog >> https://okt.to/IzB5O9