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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)..
Synthesis & Fabrication
ELS-BODEN Electron beam lithography system

The ELS-BODEN Series is optimized for ultra-fine patterning applications. The device features a writing area of up to 300 mm², flexible from small size samples, 9-inch masks to 300 mm wafers. The operation process is seamlessly automated thanks to the automatic sample loading system. The device provides a flexible range of optional acceleration voltages: 50, 100, 125, and 150 kV.


Physical Vapor Deposition (PVD)
Thin Film Deposition System NANO 36
NANO 36 is a highly optimized basic thin film deposition device from Kurt J. Lesker. This device is designed to provide a cost-effective solution while ensuring superior component quality, high performance, and a compact installation area.
Physical Vapor Deposition (PVD)
Thin Film Deposition System AXXIS
AXXIS is a versatile PVD thin film deposition system designed for research and development (R&D) activities that require various coating techniques on the same equipment. The system allows for the combination of Magnetron sputtering, thermal evaporation, and electron beam evaporation while supporting co-deposition to create multi-component films or complex alloys.
Physical Vapor Deposition (PVD)
Thin Film Deposition System PRO Line PVD 200

The PRO Line PVD 200 system elevates research productivity with its capability to process large wafers up to 8 inches. The system serves as a perfect solution to shorten your experimental turnaround time, delivering absolutely uniform thin-film deposition for future industrial applications.

Physical Vapor Deposition (PVD)
Thin Film Deposition System PRO Line PVD 75
The new generation PRO Line PVD 75 thin film deposition system with the capability to handle samples up to 6 inches. The device optimizes ideal base pressure, increases vacuum pumping speed, and supports multiple techniques (Sputtering, E-beam, Thermal). This is a flexible, reliable R&D solution for semiconductor, OLED, and optical technology.
Maskless Laser Lithography (MLA)
Tabletop Maskless Aligner µMLA - Heidelberg Instruments
µMLA is a maskless lithography machine in a benchtop format, highly flexible and customizable. It offers two recording modes: Raster Scan (high speed, excellent image quality) and Vector Scan (optimized for curves, low edge roughness). Variable resolution, supporting up to 3 wavelengths (LED/laser). A compact solution for MEMS research, microfluidics, and micro-optics.
Maskless Laser Lithography (MLA)
Maskless Laser Lithography DWL 2000 GS / DWL 4000 GS
DWL 2000 GS / 4000 GS meets industrial standards, supports CAD output with 1023 gray levels. The proprietary Grayscale technology from Heidelberg Instruments allows for the creation of 2.5D structures and micro lenses with a surface roughness down to 5nm. An optimal solution for hologram fabrication, light diffusion modules, and Fresnel lenses in optical research and micro-optics.
Fundamental Research Equipment
Glove Box PureMod
The PureMod Series glove box system belongs to the high-end Modular Range of Jacomex, integrating a high-performance independent clean air recirculation unit Core-10. The device provides excellent performance for any experimental or industrial development process that requires high flexibility in modularity and an atmosphere with ultra-clean purity (< 1 ppm H₂O and O₂).
Fundamental Research Equipment
Glove Box PureSmart
The PureSmart Series glove box system belongs to the standard range of Jacomex, integrating an independent clean air circulation system, designed to optimally meet standardization needs in academic research, start-up laboratories, and high-tech industries.
Fundamental Research Equipment
Glove Box PureEvo
The PureEvo Series glove box system is a high-end, fully customizable configuration (Premium and Fully Customizable) from Jacomex, integrating a high-performance independent Core-12 clean air unit. The device is designed and optimized without limits to perfectly adapt to any complex or specific processes in advanced scientific research and high-tech industry.
Maskless Laser Lithography (MLA)
DWL 66+ Maskless Laser Lithography
The DWL 66+ is a versatile laser lithography machine, the highest resolution in the R&D segment with the smallest size of 200 nm. It supports the creation of 2.5D (grayscale) structures on thick photoresist, with XR writing mode for maximum stability and resolution. Ideal for material research, micro-electronics, and small quantity mask lithography.
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.
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