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Quantum Technology
Synthesis & Fabrication
Ion Beam Etching/Sputtering System Elionix 200ERP

EIS-200ERP (Elionix Ion Beam Etching/Sputtering System): This is an ion beam etching/sputtering system capable of nano-level material etching and deposition utilizing an ECR (Electron Cyclotron Resonance) ion beam.

 

Chemical Vapor Deposition (CVD)
Plasma Enhanced Chemical Vapour Deposition Model PlasmaPro 80/100/800

The PlasmaPro series from Oxford Instruments provides flexible plasma processing platforms from R&D to high-volume production, including RIE, ICP, ICP CVD, PECVD, and combined RIE/PE technologies. It supports wafers from small pieces to 300mm, controls film stress with dual frequency (LF/HF), and detects endpoint using OES/laser. An optimal solution for MEMS, sensors, optics, LEDs, power microelectronics, and failure analysis.

Synthesis & Fabrication
Electron Beam Lithography System ELS-ORCA
Designing a square lattice with full connectivity, supporting surface-code error correction. Supporting complex quantum algorithms such as QAOA (Quantum Approximate Optimization Algorithm)..
Cryogenic Systems
Bluefors XLDsl Dilution Refrigerator Measurement Systems
The XLDsl Dilution Refrigerator Measurement System is a cryogenic dilution refrigerator designed for research and quantum computing applications, providing a stable cryogenic environment at milli-Kelvin levels to operate superconducting qubits, while integrating precise measurement capabilities for experiments and the development of quantum technology.
Cryogenic Systems
Bluefors Ultra-Compact LD Dilution Refrigerator Measurement Systems
The Ultra-Compact LD helium dilution refrigerator system from Bluefors is a high-end integrated cryogenic solution, allowing for temperatures down to milli-Kelvin in a super compact design. The device combines a cryostat, measurement system, and control infrastructure in a synchronized platform, optimized for low-temperature physics research, quantum computing, and experiments requiring extremely high stability in confined spaces.
Cryogenic Systems
Bluefors LH Dilution Refrigerator Measurement Systems
Bluefors LH is a horizontal dilution refrigerator system, providing a stable milli-Kelvin temperature environment for cryogenic measurement applications and quantum research. The design supports operation at various angles, suitable for cryogenic detectors, beamlines, quantum optics, and ultra-low temperature experiments requiring high stability.
Cryogenic Systems
Bluefors XLDHe 1K High Power Measurement System
Bluefors XLDHehp is a high cooling power 1K cryogenic system, providing a stable low temperature environment for quantum applications and high-performance cryogenic measurements. The system supports large heat loads, high-density wiring, and low noise RF/DC measurements, suitable for spin qubits, cryogenic detectors, and ultra-low temperature research.
Cryogenic Systems
Bluefors XLDHesl 1K Measurement Systems
Bluefors XLDHesl is an integrated 1K side-loading cryogenic system that provides a stable low-temperature environment for quantum applications and high-performance cryogenic research. The side-loading design supports high-density wiring, flexible expansion, and quick replacement of measurement infrastructure for complex quantum experiments.
Cryogenic Systems
Bluefors LDHe 1K Measurement System
The 1K cryogenic measurement system using helium is designed for ultra-low temperature experiments in superconducting material research, quantum physics, and quantum devices. An optimal solution for modern R&D laboratories.
Cryogenic Systems
Bluefors SDHe 1K Measurement System
The 1K cryogenic measurement system using helium (SDHe), compact design for low temperature experiments in superconducting material research, quantum physics, and quantum technology. A flexible solution for modern R&D laboratories.
Cryogenic Systems
Bluefors Cryogenic Wafer Prober
Cryogenic wafer testing system for quantum chips, allowing characterization of quantum devices and superconducting circuits at ultra-low temperatures, supporting research and development of quantum computing technology in a wafer-level environment.
Maskless Laser Lithography (MLA)
MLA 300 Maskless Aligner - Heidelberg Instruments
The MLA 300 is optimized for high volume production. The Spatial Light Modulator (SLM) technology allows for distortion correction for each die, automatically focusing on curved surfaces, compatible with SECS/GEM. Completely eliminates the costs and hassles of physical masks. Applications in MEMS production, sensors, ASIC, advanced packaging, power electronics.

Maskless Laser Lithography (MLA)
ULTRA Maskless Aligner - Heidelberg Instruments
ULTRA is a lithography machine using two high-speed SLMs. Layer accuracy of 30 nm, CD uniformity of 30 mm, minimum size of 500 nm. DPSS 355 nm laser reduces operating costs by 80%. Producing masks for semiconductors, easily integrated into the mask production workshop.

Maskless Laser Lithography (MLA)
VPG 300 DI Maskless Stepper - Heidelberg Instruments
The VPG 300 DI is a direct write lithography machine that inherits technology from the VPG (Volume Pattern Generator) line used in mask production. The VPG 300 DI is equipped with a Zerodur table, a differential interferometer, and a DPSS laser at 355 nm. Resolution down to 500 nm, layer 2 alignment (global) achieves 100 nm. Ideal for industrial R&D, small batch production, mix-and-match with a stepper.

Maskless Laser Lithography (MLA)
Maskless Aligner Thermal Scanning Probe NanoFrazor
NanoFrazor uses technology maskless thermal etching (t-SPL) with a sharp probe, creating highly accurate nano structures, without the need for electron beams or expensive masks. The etching depth error <1nm, integrates in-situ inspection, supports 3D grayscale for nano optics, quantum sensors, biological membranes. The Decapede module with 10 probes increases throughput by 10 times.

Maskless Laser Lithography (MLA)
MLA 150 Maskless Aligner - Heidelberg Instruments
The MLA 150 is a new generation maskless lithography machine, directly projecting digital designs through a spatial light modulator (SLM). The global layer 2 alignment accuracy reaches 500 nm, with a writing speed of up to 1400 mm²/min. Ideal for rapid prototyping, low to medium volume production, and R&D in MEMS, micro-optics, and sensors.

Lithography
Spin Coater/Developer System N.unixx - Notion System
Coating system n.unixx-series owns exclusive Cover Chuck technology that eliminates the cotton candy effect. The machine meets a maximum Spin Speed of 10,000 rpm, providing an ideal uniform coating and maximizing the savings of Resist. The device is a perfect semi- automatic solution that optimizes Recipe Development for wafer lithography applications up to 300 mm in laboratory and small batch production.
Lithography
Wafer bonder N.unixx - Notion system

The n.unixx-series Wafer bonding device applies breakthrough Thermal-Pressure Bonding technology. The system features a sophisticated mechanical pressure generator and a heating temperature range of up to 200°C with uniformity of ±0.5°C, providing a perfect film bonding connection. The device is an ideal solution to optimize the single wafer bonding process for MEMS applications, micro-electromechanical systems, and advanced semiconductor packaging.

Lithography
Wafer debonder N.unixx - Notion system

The n.unixx-series wafer separation system uses advanced Thermal Slide Separation technology with adjustable separation force. The system integrates independent heating plates for the wafer and carrier, reaching temperatures up to 200°C along with a protective vacuum line. The device is an ideal solution for safely handling sensitive ultra-thin wafers in 3D-IC packaging, stacked semiconductor chips, and MEMS.

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