The Bambu Lab X1 Carbon (X1C) is a high-performance desktop 3D printer designed to deliver rapid and precise printing for both enthusiasts and professionals. The X1C incorporates advanced features to enhance its capabilities, particularly in handling a diverse range of materials. Offers a build volume of 256 x 256 x 256 mm³, providing ample space for various projects. Capable of reaching printing speeds up to 500 mm/s with an acceleration of 20 m/s², significantly reducing print times without compromising quality. ​ Equipped with a hardened steel nozzle and extruder gears, the X1C is ideal for printing with materials such as carbon and glass fiber-reinforced polymers, as well as standard filaments like PLA, PETG, TPU, ABS, ASA, PVA, and PET. Features an all-metal hot-end with a maximum temperature of 300 °C and a build plate that can reach up to 120 °C, enabling the use of a wide variety of filaments. Incorporates closed-loop control for part cooling, hot-end cooling, control board cooling, chamber temperature regulation, and auxiliary part cooling, ensuring optimal thermal management during prints. Utilizes a micro Lidar sensor for functions such as auto bed leveling and first layer inspection, along with a chamber monitoring camera for real-time observation and spaghetti (print error) detection, enhancing print reliability and quality. Includes an activated carbon air filter to absorb volatile organic compounds (VOCs), promoting a safer printing environment.

The BINDER FD 56-230V is a drying and heating chamber from the Avantgarde.Line series, designed for efficient drying and sterilization processes in laboratory settings. Equipped with advanced features, it ensures precise temperature control and uniform heat distribution. Operates from 10 °C above ambient temperature up to 300 °C, accommodating a wide array of applications. Ensures homogeneous temperature distribution throughout the chamber, leading to accurate and consistent results. Allows for adjustable ventilation, optimizing drying conditions. ​ Incorporates a Class 2 independent adjustable temperature safety device (DIN 12880) with a visual alarm to prevent overheating.

The BINDER KBF 115 is a constant climate chamber designed for precise and reliable stability testing under controlled temperature and humidity conditions. It is particularly suitable for applications in building physics, electronics, biology, zoology, and botany. Operates within a temperature range of 0 °C to 70 °C and a humidity range of 10% to 80% relative humidity (RH). Ensures homogeneous climate conditions throughout the chamber, exceeding the accuracy required by ICH guidelines, even with a fully loaded unit. Equipped with a capacitive humidity sensor and vapor humidification system for precise humidity control. Incorporates a Class 3.1 independent temperature safety device (DIN 12880) with visual and audible temperature alarms to ensure sample protection. It operates with deionized or distilled water.

The Bruker D6 PHASER is an advanced benchtop X-ray diffraction (XRD) platform that combines the analytical capabilities typically found in larger, floor-standing systems with a compact design. This instrument is engineered to perform a wide array of XRD applications, extending beyond standard powder diffraction to include analyses such as thin film characterization, residual stress assessment, and texture analysis. The D6 PHASER offers an X-ray generator with power options up to 1,200 W, providing enhanced data quality and reduced measurement times. Notably, it achieves this high power without the need for external water cooling, simplifying installation and operation. The system supports various measurement configurations, including reflection and transmission geometries, grazing incidence diffraction (GID), X-ray reflectometry (XRR), residual stress analysis, and texture analysis. This versatility allows for comprehensive material characterization across diverse sample types. The integrated touch panel and intuitive software suite, including DIFFRAC.SUITE facilitates straightforward operation, method development, and data analysis, making advanced XRD techniques accessible to both novice and experienced users. Additionally, we have a full license of TOPAS for precise structure refinement, quantitative phase analysis (QPA), and microstructural characterization. TOPAS is a powerful Rietveld refinement software developed by Bruker for analyzing X-ray diffraction (XRD) and neutron diffraction data.

The Hysitron SEM Picoindenter 85 is a precise indentation system that is mounted on a scanning electron microscope. The indenter has a maximum load capability of 30 mN. Each indent can be monitored at high resolution through the scanning electron microscope system. Two different tip geometries, i.e., Berkovich and flat punch open a big spectrum of scientific possibilities.
 

The Leica HistoCore NANOCUT R is an advanced, fully motorized rotary microtome designed to produce ultra-thin sections of biological and industrial samples for microscopic analysis. The NANOCUT R is engineered to meet the demanding needs of biomedical research, biological material research, and industrial applications. Capable of producing semi-thin sections down to 250 nanometers (0.25 µm), the NANOCUT R is suitable for analyses in light and electron microscopy. The microtome can precisely stop the sample in the optimal position for photo-capture, facilitating three-dimensional reconstruction programs. Supports a wide range of accessories, including holders for disposable steel and tungsten carbide blades, reusable knives, and specialized holders for glass and diamond knives, allowing it to handle various sample types and hardness levels. The microtome is equipped with various Diatome diamond knives.

The Logitech PM5 Circular Polishing System is a robust lapping and polishing system that can deliver highly flat surfaces. Equipped with a chuck mounted on a PP5 jig, the system can use abrasive suspensions such as diamond, alumina, or SiC to reduce the roughness of surfaces.

The Logitech PM6 Precision Lapping & Polishing System is a modern lapping and polishing system that can deliver highly flat surfaces. Material removal can be monitored via Bluetooth during the polishing protocol. The precision and robustness of the system allow the user to obtain roughness on the nanometer scale.

The Mettler Toledo DSC 3 is a Differential Scanning Calorimeter designed for precise thermal analysis in various applications, including quality assurance, research, and development. It measures enthalpy changes in samples due to physical and chemical property variations as a function of temperature or time. Operates from –50 °C to 500 °C in a single measurement, accommodating a broad spectrum of analytical requirements. Allows for customization and future upgrades, protecting your investment and adapting to evolving analytical needs.

The Mettler Toledo MX303 is an advanced precision balance designed to deliver accurate and efficient weighing for laboratory applications. It boasts a maximum capacity of 320 grams with a readability of 1 milligram, ensuring precise measurements for a wide range of samples. The innovative SmartPan minimizes environmental disturbances, allowing the balance to stabilize quickly, even in challenging conditions. quipped with Fully Automatic Calibration Technology (FACT), the MX303 performs time- and temperature-controlled internal adjustments to maintain consistent accuracy. The MX303 is paired with a density determination kit. This accessory enables precise determination of the density of solid samples, enhancing the balance's versatility.

The Mettler Toledo SevenExcellence S470 is a high-performance benchtop meter designed for precise measurement of pH, oxidation-reduction potential (ORP), ion concentration, conductivity, resistivity, salinity, total dissolved solids (TDS), and conductivity ash. Allows simultaneous measurement of two parameters, enhancing efficiency in laboratory workflows. ​It is equipped with a pH Electrode InLab Expert Pro-ISM.

The MTS 858 MiniBionix is a hydraulic axial testing system that can run static and dynamic tests up to 15 kN. Fatigue cycles are possible at frequencies up to 30 Hz. The system includes a load unit with a cross-head-mounted actuator, a hydraulic power unit, and a test controller with the channels of control (force and displacement both in axial and torsional direction and extension under axial loads). Flat and cylindrical samples can be gripped and aligned with the mounted hydraulic grips. Tests can be performed under controlled humidity and temperature conditions through an environmental chamber.

The OMTech Max-1060R is a high-powered CO₂ laser engraving and cutting machine designed for both hobbyists and professionals seeking precision and efficiency. Equipped with a 100W CO₂ laser tube, it offers robust capabilities for various applications.​ The machine boasts a 600 x 1000 mm engraving table, accommodating large projects and enabling the processing of sizable materials. It includes both honeycomb and aluminum knife blade beds, providing versatility for different materials and project requirements. The integrated autofocusing tool allows for quick and precise laser focus adjustments directly from the control panel, enhancing operational efficiency.

The TA Instruments ElectroForce 3200 Series III is a versatile, table-top mechanical testing instrument designed for a wide range of applications, including biomedical research and materials engineering. It is equipped with ElectroForce® linear motor technology, ensuring precise control and long-term reliability. Standard maximum force of 450 N. Supports static testing up to 300 Hz, accommodating both monotonic and dynamic loading scenarios. Features like a saline bath for testing at 37 °C enhance its suitability for biomedical applications. ​The ElectroForce 3200 is also equipped with 22N and 5N load cells to provide extra accuracy for fine experiments such as microscopic fiber testing. Finally, the system is complemented by a custom-made microscope camera able to produce video and pictures at 4K resolution, ideal for DIC analysis. 

The Hysitron TriboIndenter TI900 is a highly versatile nanoindentation system with a maximum load capacity of 12,000 μN. It operates in displacement-controlled, load-controlled, or open-loop modes, allowing for precise mechanical property measurements.

Equipped with a Berkovich diamond tip, the system can achieve indentation depths of up to 4 μm. Additionally, it supports a variety of alternative diamond tip geometries, including flat punch and cylindrical tips, enabling adaptability to different research needs.

The TI900 offers environmental control features, allowing precise temperature and humidity regulation during extended grid tests. The enclosure’s relative humidity can be adjusted, and samples can be tested in a nitrogen-rich environment to prevent oxidation and contamination from oxygen or carbon dioxide.

Furthermore, the system has been upgraded with digital components from next-generation instruments, such as the Bruker TI980 TriboIndenter, enhancing its performance and data acquisition capabilities.

The Zeiss Axio Imager Z1m light microscope is a modular microscopy platform for all routine applications and highly demanding research. The images can be captured by a digital camera AxioCam MRc5. There is also the possibility of polarizing the transmitted light.