Recent Entries

• How Application-Specific Tooling Improves Wafer Transfer Performance

  by Kensington Laboratories Sep 2

  Standard off-the-shelf end-of-arm tooling often fails during more advanced chip fabrication steps. Generic components lack the specialized dynamics needed to handle fragile substrates as semiconductor nodes shrink and substrates become microscopically thin. Application-specific tooling integration...
• 5 Common Failures That Affect Precision Positioning Stages

  by Kensington Laboratories Aug 24

  Sub-micron manufacturing processes rely heavily on structural motion mechanics. When automated alignment systems drift, entire process tools experience unrecoverable yield loss and sudden cycle degradation.  Understanding common precision stage failures helps tool designers and...
• How Wafer Handling Upgrades Can Extend the Life of Legacy Semiconductor Equipment

  by Kensington Laboratories Aug 18

  Mature semiconductor fabs operate under unprecedented manufacturing pressure. Surging global demand for power electronics, Internet of Things (IoT) devices, and specialized automotive chips has pushed older production lines to their absolute physical limits. Instead of abandoning pe...
• How Equipment Refurbishment Helps Reduce Semiconductor Manufacturing Downtime

  by Kensington Laboratories Aug 10

  Running a modern wafer fabrication facility leaves virtually zero margin for unscheduled equipment halts. When high-value processing modules break down, production schedules suffer immediate delay. Sourcing new OEM hardware frequently involves long lead times, turning minor p...
• How Robotic Automation Increases Productivity in Cleanroom Manufacturing

  by Kensington Laboratories Aug 3

  Human operators remain the single largest source of particulate contamination in controlled environments. With microchip fabrication technology scaling down to less than 3nm, even the smallest skin cell or textile fiber can jeopardize an entire batch of wafers. Using semic...
• How Precision Positioning Reduces Measurement Errors in Semiconductor Inspection

  by Kensington Laboratories Jul 27

  Manufacturing chips at sub-2nm nodes - along with GAA nanosheets and 3D NAND - has stripped away all tolerance in the fab. When you are packing tens of billions of transistors into a space no bigger than a thumbnail, small errors compound fast. A positioning offset under a single nanomet...
• How High-Accuracy Motion Solutions Improve Semiconductor Equipment Performance

  by Kensington Laboratories Jul 19

    The modern push toward sub-2nm nodes requires chip processing tools to deliver exceptional mechanical stability. In advanced fabrication plants, architectural success depends heavily on structural precision. As lithography and packaging demands intensify, deploying high-accuracy motion sol...
• What Should Engineers Look for in a High-Performance Wafer Handling Solution?

  by Kensington Laboratories Jul 6

    With the transition to smaller process nodes, advanced packaging and AI-based chip manufacturing the demands on wafer handling solutions have never been greater. Precision, repeatability and control of contamination are no longer desirable features but imperatives. The ...
• How Refurbished Motion Stages Can Deliver OEM-Level Performance

  by Kensington Laboratories Jun 15

  The case for refurbished motion stages has changed. What used to be viewed as a budget-only option is now part of a smarter equipment strategy, especially in semiconductor and precision automation environments where uptime, accuracy, and replacement lead times all matter.&nbs...
• Hybrid Load Ports for 200mm & 300mm Wafers

  by Kensington Laboratories Apr 30

  As semiconductor fabs are servicing both old and current nodes, the ability to properly deal with several wafer sizes is becoming progressively more complex. However, enterprises that have both 200mm & 300mm manufacturing lines usually face serious challenges in terms of space,&nbs...
• How Automated Load Port System Improve Wafer Handling Efficiency

  by Kensington Laboratories Apr 15

  Both efficiency and accuracy are important aspects of semiconductor manufacturing. Due to increased production capacity and tighter tolerances being required, manual operations become more and more difficult to achieve. It is in such scenarios that automated load port syst...
• Understanding EFEM Design: Key Component Driving Wafer Automation

  by Kensington Laboratories Apr 6

  In semiconductor fabrication, accuracy and cleanliness cannot be overlooked. This is when the importance of EFEM wafer automation comes into play. With the use of efem wafer automation technology, wafers can be moved with precision and rapidity without compromising on cleanliness. The...