应用纪要

Semiconductor metrology: positioning is key [Article]

Specialist positioning subsystems provide core building blocks in 3D surface measurement and inspection solutions for the semiconductor industry.

Large area high-speed atomic force microscopy with arbitrary scan path playback [Poster]

A novel control system for a two-axis flexure stage, with 100 μm × 100 μm scanning range, has enabled large area High-speed Atomic Force Microscope (HS-AFM) scanning. Presented at Euspen Special Interest Conference: Precision Motion Systems & Control.

Wafer mask alignment: Queensgate focuses on the move to 300 mm [Article]

Modern semiconductor fabrication involves aligning silicon wafers and photolithography masks to nanometer precision. As the industry shifts from using 200 mm diameter wafers to 300 mm wafers, achieving alignment is becoming more challenging.

クイーンズゲイトは測定学の限界を広げる貢献をしています

Queensgate is contributing to expanding the limits of metrology. (Japanese.)

超高速AFM：　クイーンズゲイトの持つピエゾ制御の効果実証

ナノポジショニング専門家のクイーンズゲイトは、超高速・超高精度のAFM撮像を実現する技術をご提供します。
Ultra-high-speed AFM: Demonstrating the effectiveness of Queensgate's piezo control (Japanese.)

クイーンズゲイトは最先端の製品開発を続けています

Queensgate continues to develop cutting-edge products. (Japanese.)

Queensgate reaches the pinnacle of nanopositioning performance [Article]

The sucess of Queensgate, a supplier of high-precision piezo systems, shows that you don't have to be a huge company to deliver the best in nanopositioning.

Queensgate: collaborating to push the boundaries of measurement science [Article]

The National Physical Laboratory and Queensgate share an unrelenting passion for better precision at the cutting edge of measurement science.

Innovation in optical interferometry: the secret of success in nanopositioning QA [Article]

Nanopositioning specialist Queensgate and the UK’s National Physical Laboratory (NPL) have forged a productive collaboration yielding a good-practice implementation model for Queensgate’s in-house test and measurement programme

Demonstration of closed loop velocity control for fast imaging techniques using high-speed AFM [Poster]

Innovation in nanopositioning – High accuracy velocity control at nanometer resolution [Paper]

Fast AFM scanning: realizing the gains of closed-loop velocity control [Article]

Nanopositioning specialist Queensgate is lining up a suite of enabling technologies for applications in high-speed, high-accuracy atomic force microscopy(AFM) systems

Spatial positioning correction for multi-axis nanopositioning stages [Paper]

Capacitive displacement nanosensors are made to measure in extreme environments [Article]

From synchrotron light sources to long-term space missions, nanopositioning specialist Queensgate is eyeing niche markets and extreme operating conditions for its NC series of nanosensors

Spatial Positioning Correction for Multi-Axis Nanopositioning Stages [Poster]

All moving systems have unwanted motion that causes positioning errors. This is most significant for longer-range stages, and can be the limiting factor in positioning accuracy. This poster, presented at ASPE 2022 explores Queensgate's work with NPL to correct for these errors.

Incremental Gains and Continuous Improvements for Nanopositioning Quality Assurance [Article]

An ongoing R&D collaboration with NPL scientists is helping to enhance end-to-end QA across product design, development and manufacturing.

Achieving sub-nanometer spatial resolution in atomic force microscopy (AFM) [Paper]

Read about how Queensgate achieve resolutions of fractions of a nanometer for the AFM and SFM market.

Synchrotrons and Beamlines Application

Queensgate Instruments have decades of experience providing nano positioning solutions for use in beamline science.

Laser Targeting Using the NPS-TG-7A Tip Tilt Stage

In this example application you can see how software has been installed into the controller, which drives the stage to deliver a solution.