News

The National Physical Laboratory (NPL) – Testing nanopositioning devices for Queensgate

The National Physical Laboratory (NPL) has a long standing collaboration with Queensgate Instruments in the area of provision of metrology for nanopositioning. NPL and Queensgate recently completed an Innovate UK project in which NPL developed optical interferometry to enable Queensgate to verify the performance of the next generation of its nanopositioning stages. Queensgate’s nanopositioning devices […]

New – Dual Sensor Technology from Queensgate

Queensgate Instruments new Dual Sensor Technology™ is a ground­breaking new objective scanning mechanism and analogue controller, offering faster, more accurate and more stable microscope objective focusing than ever before. Dual Sensor Technology is a pioneering control technique that represents a step change in nanopositioning technology, overcoming the limitations of traditional controllers and allowing faster step responses, […]

Queensgate introduces 3 exciting new products at Laser World of Photonics

Speed and precision without compromise – Nanopositioning from Queensgate Queensgate Instruments – introduced three exciting new nanopositioning products at Laser World of Photonics. Queensgate’s latest family of low voltage Digital Piezo Translators (DPT), a range of state-of-the-art closed loop piezo actuators with integrated capacitive NanoSensors®, the new NS-A-1100 Sensor Controller, a single channel interface that […]

New Z-Stage – faster, more responsive with unbeatable control

Queensgate launches the 500µ Z-Stage at Photonics West in San Francisco. The NPS-Z-500A is a piezo driven, flexure guided stage featuring Dual Sensor Technology which delivers a displacement of up to 500μm in the vertical axis with an unbeatable step and settle. Dual Sensor Technology is a pioneering control technique which overcomes the limitations of […]

Digital Piezo Translators are the ultimate solution for nanopositioning tasks

Digital Piezo Translators are the ultimate solution for nanopositioning tasks, delivering cutting-edge performances in terms of stability, linearity and repeatability. The seven models in the series incorporate Queensgate’s renowned Super Invar NanoSensors® – non-contact, state-of-the-art capacitive sensors for outstanding performance – and have a travel range of up to 120 μm. Full interchangeability of actuators […]