ACS Motion Control

What if your motion system could learn? Meet the latest motion control evolution in LearningBoost™. LearningBoost learns recurring disturbances and compensates for them before they impact performance. This new algorithm is designed to improve precision during aggressive high-speed motion, helping OEMs reduce dynamic error and increase throughput. For advanced packaging applications such as Hybrid Bonding, TCB Bonding, and TGV/TSV drilling accuracy matters, but accuracy with repeatability (process control) & extreme throughput is critical. LearningBoost enables this performance. Learn about LearningBoost (😉) at: 📍 SEMICON Taiwan 2026 📍 Booth I2822, Hall 1 #LearningBoost #AdvancedPackaging #HybridBonding #SemiconductorEquipment #SmarterMotion

Turning Motion Control into a Differentiator In hybrid bonding, motion performance directly impacts: ▫️Alignment precision ▫️Bond quality ▫️Final device yield Smarter Gantry Control enables: ✅Higher Accuracy: Supports nanometer-level positioning critical for advanced packaging systems ✅Faster Throughput: Reduced move-and-settle time increases bonding cycle efficiency ✅Greater Stability: Dynamic compensation minimizes vibration and cross-axis disturbance ✅Consistent Performance: Uniform behavior across the entire stage ensures repeatable results As bonding densities increase and tolerances tighten, these advantages are no longer optional—they are essential. Final Thought In the era of hybrid bonding, motion control is no longer just a subsystem. ▫️It is a direct driver of yield and performance ▫️It is a competitive advantage for OEMs Smarter Gantry Control with MIMO is enabling the next generation of semiconductor manufacturing systems—where precision and throughput are achieved together, not traded off. 👉Read the full blog here: https://hubs.ly/Q04r8SS50 #HybridBonding #SmarterMotion #PrecisionMotionSystems #Semiconductor #MotionControl

🚀 Smarter Motion Support — Always Available. Always Faster. We’re raising the bar for technical support in high‑precision motion control. With Ace, our new AI‑powered Smarter Motion assistant, engineers can now access support 24/7 and get immediate responses to critical motion control questions — no waiting, no delays. Why it matters: 🔹 Always Available: Whether you’re commissioning a machine at midnight or troubleshooting across time zones, Ace is ready when you are. 🔹 Faster Responses: Get instant, engineering‑grade answers that keep your development and diagnostics moving smoothly. Ace is built to help motion engineers work smarter, solve problems faster, and maintain momentum from concept to production. 👉 Experience the new standard in support at https://hubs.ly/Q04r8pT10 #SmarterMotion #MotionControl #Automation #HighTechEngineering #ACSMotionControl #AIassistant

Powering the Next Wave of Advanced Packaging Applications The future of semiconductor manufacturing is being built through advanced packaging—and motion control is a critical enabler. Join ACS Motion Control and PI (Physik Instrumente) Group at SEMI Taiwan 2026, where we'll showcase motion solutions designed for: ✅ Hybrid Bonding ✅ TCB Bonding ✅ Inspection & Metrology ✅ TGV/TSV Drilling ✅ Co-packaged Optics ✅ Semiconductor Automation Visit us at Booth I2822, Hall 1 to discover how advanced control algorithms and high-performance EtherCAT platforms help maximize throughput and accuracy. 📍 Nangang TWTC 📅 Sept. 2–4, 2026 #SEMI #AdvancedPackaging #HybridBonding #SmarterMotion #SemiconductorManufacturing

A System-Level Approach to Precision Motion Smarter Gantry Control leverages advanced MIMO (Multi-Input Multi-Output) algorithms to treat the gantry as a unified system—not independent axes. Instead of reacting to errors, the system: ▫️Actively compensates cross-axis interactions ▫️Coordinates multiple motors in real time ▫️Maintains consistent performance across the entire stage ACS MIMO-based control delivers: ✅ Higher control bandwidth ✅ Improved system stability ✅ Position-independent performance These capabilities are key for hybrid bonding, where performance must remain consistent across the full wafer. Advanced algorithms such as cross-axis compensation and disturbance rejection ensure that one axis no longer degrades another’s performance. The result: precision motion that scales with complexity. 👉 Read the full blog here: https://hubs.ly/Q04qq2-y0 #MIMOControl #SmarterMotion #Semiconductor #PrecisionMotionSystems

🚀 Introducing Ace — Your AI‑Powered Smarter Motion Assistant High‑precision motion control keeps advancing—and so should the way engineers access technical support. That’s why we’re excited to introduce Ace, our new AI‑powered Smarter Motion assistant, now live on the ACS Motion Control website. Ace delivers instant, engineering‑grade answers to questions about ACS controllers, drives, ACSPL+ programming, motion profiles, tuning, diagnostics, and more. Available 24/7, in multiple languages, and trained on real ACS documentation and support knowledge, Ace is built to help motion engineers get to solutions faster. What Ace brings to your team: 🔹 Always Available: Immediate support—anywhere in the world 🔹 Faster Responses: Quick answers that keep projects moving 🔹 Comprehensive Knowledge: Manuals, application notes, and real support insights 🔹 Multilingual: Ask in your native language 🔹 Continuously Smarter: Trained and refined by ACS application engineers Engineers can now get help with tasks like homing routines, servo tuning, advanced motion profiles, error codes, filters, and more—instantly. Ace is another step forward in our commitment to deliver Smarter Motion through both high‑performance control solutions and world‑class support. 👉 Login to your ACS website account and try Ace now https://lnkd.in/effeTA4G #SmarterMotion #MotionControl #PrecisionMotionSystems #PrecisioninMotion

Why SISO Control Breaks Down in Hybrid Bonding Systems Most gantry stages in bonding equipment rely on dual-drive architectures—multiple motors driving a single mechanical structure. While effective mechanically, this introduces complex dynamics: ▫️Cross-axis coupling between motors ▫️Beam distortion (yaw errors) ▫️Load-dependent behavior across the stage ▫️Disturbances that propagate between axes Traditional control approaches treat each axis independently (SISO control), but in hybrid bonding systems: ▫️Axes are not independent ▫️Performance is inherently coupled The result? ▫️Longer settling times ▫️Reduced positioning accuracy ▫️Throughput constraints At nanometer-level tolerances, even small dynamic interactions can directly impact alignment quality and yield. To solve a coupled system, you need a coupled control strategy. 👉 Follow the blog, here: https://hubs.ly/Q04q10Pt0 #GantrySystems #PrecisionEngineering #SemiconductorEquipment #MultiAxisMotionControl #MotionControl #SmarterMotion

Next-Gen Semiconductor Packaging Is Redefining Motion Control Requirements Hybrid bonding is accelerating the shift to 3D semiconductor integration and chiplet architectures, but it's also introducing a new class of motion control challenges: ▫️Sub‑micron (and increasingly nanometer-level) alignment tolerances ▫️Rapid move-and-settle cycles across thousands of bonding points ▫️Sensitivity to vibration and disturbances during motion In advanced packaging environments, the demand for both higher throughput and higher accuracy is increasing simultaneously—something traditional motion control struggles to deliver. The reality is clear: 👉 Mechanical performance alone is no longer the bottleneck 👉 Control architecture is now a critical differentiator Next-generation hybrid bonding systems require a smarter approach to gantry control. Read the full blog here: https://hubs.ly/Q04pzRs20 #Semiconductor #HybridBonding #AdvancedPackaging #MotionControl #SmarterMotion

☀️ Welcoming Summer at ACS Motion Control! 🍦🌴   We celebrated the start of summer with a special gathering at ACS Motion Control, bringing colleagues together to enjoy the season and recognize outstanding achievements across our teams.   As part of the celebration, we were proud to recognize employees from different departments across the organization who went above and beyond and demonstrated exceptional dedication, professionalism, and contribution over the past several months. Congratulations on this well-deserved recognition, and thank you for your commitment and hard work.   • Michael Lipiansky • Yossi Golan • Yakov Eileen Zaudi • Zeev Kadjarov • Denis Zaitzev • On Fabian • Avi Segal • Adva Lev Ari • Chaim Roth •   A big thank you to all our employees for their continued efforts, collaboration, and contributions to our success.   Wishing our employees, customers, partners, and friends a happy, fun, and sunny summer! ☀️🍦🍧   #ACSMotionControl #SummerCelebration #EmployeeRecognition #Teamwork #CompanyCulture #SmarterMotion #HappySummer

Unlocking deterministic performance with Real-Time C Functions 🚀 High precision applications demand more than fast hardware — they require control logic that can execute every single cycle with microsecond level determinism. That’s exactly why ACS controllers support Real Time C Functions. By allowing algorithms to run directly inside the controller’s real time loop, engineers can now implement: ▫️Advanced control algorithms ▫️High speed compensation ▫️Real time signal processing ▫️Application specific logic …all using a familiar C programming environment. Combined with the power of ACSPL+ — including 10 kHz execution, multi tasking, and event synchronized motion — Real Time C Functions give OEMs the flexibility to push machine throughput and performance further than ever. If you’re building machines where every microsecond matters, this tool is for you! #MotionControl #SmarterMotion #PrecisionMotionSystems