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Quartz XRD

Skip breadcrumb navigation Breadcrumb Freiberg Instruments Products X-ray Diffraction Quartz XRD Quartz XRD Bars, Wafers and Blanks using X-ray Diffractometer (XRD) Interested? Get in touch! Contact now Product Sheet Skip menu Quick navigation Features Software Contact Features & Benefits Measurement speed: as low as 2 s (AT quartz) Highest precision: ≤ 10 arcsec standard deviation Spatial resolution: 1 mm ± 0.1 mm Determination of orientation inclination relative to the sample Automatic display of angular components (Theta & Phi) including standard deviation German engineering: robust and modular design Software: easy-to-use software suite with multiple user levels. Automatic display, recording and reporting of measurement data Automation: Customized sample handling systems for different size wafers or blanks, including robot, pick & place, vibratory feeder XRD series Quartz Blank XRD Learn more XRD series Quartz Wafer XRD Learn more XRD series Quartz Bar XRD Learn more Details MES interface for Industry Mapping (wafers) Stereographical projection and more X-ray tube: 1.5 kW, Cu anode Power supply: 100 - 230 V, 16 A, single phase Download Product Sheet PDF (1 MB) Last revision: 14th June, 2022 Interested? Our experts are happy to assist you. Get in touch! Contact us now! Software XRDStudio Multiple Operating ModesOperator Mode: Designed for fixed measurement parameters, ensuring a safe and streamlined workflow. Administrator Mode: Allows for the creation and modification of… Learn more Get in touch Do not hesitate to contact us – we are available to assist you with any inquiries or requests. Use our inquiry tool or reach out via email: sales @ freiberginstruments.com
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Quartz Wafer XRD

Skip breadcrumb navigation Breadcrumb Freiberg Instruments Products X-ray Diffraction Quartz XRD Quartz Wafer XRD Quartz Wafer XRD Enable tight frequency specs in mass production Interested? Get in touch! Contact now Product Sheet Skip menu Quick navigation Features Applications Technology Contact Quartz Wafer orientation and sorting in a modular package Modular Design Sample size from 4mm x 4mm to 80mm x 80mm 350 wafers/h throughput at standard sorting accuracy Materials The Quartz Wafer XRD enables high-throughput and high-precision in a modular design that can split CapEx in stages. Quartz and more Features & Benefits CapEx Friend Modular Design 350 wafers/h At standard sorting accuracy 4mm - 80mm Wafer dimension 40 Years Quartz Experience 40 Years Quartz Experience Fully automated quartz wafer analysing machine Samples: Round, rectangular & square 4 x 4 mm up to 80 x 80 mm (manual sample handling) 20 x 20 mm up to 80 x 80 mm (automatic sample handling) Features: Mapping option for spatial quality check Modular design allows future automation upgrade Standard sample holders for input/output: cassettes or stacks Sorting function available Throughput: up to 350 wafers/h at standard sorting accuracy Applications Automatic Wafer Sorting To ensure the exceptional performance required for semiconductors, every wafer must undergo thorough testing. The Omega-Scan method, known for its speed and precision, is ideal for fully… Learn more Interested? Our experts are happy to assist you. Get in touch! Contact us now! Technologies Omega-scan Ultra-Fast Orientation Measurement for Single Crystals Learn more Theta-scan Precision X-ray Method for Single Crystal Orientation Learn more Get in touch Do not hesitate to contact us – we are available to assist you with any inquiries or requests. Use our inquiry tool or reach out via email: sales @ freiberginstruments.com
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Quartz Blank XRD

Skip breadcrumb navigation Breadcrumb Freiberg Instruments Products X-ray Diffraction Quartz XRD Quartz Blank XRD Quartz Blank XRD Enable tight frequency specs in mass production Interested? Get in touch! Contact now Product Sheet Skip menu Quick navigation Features Applications Technology Contact Quartz blank orientation and sorting at warp speed Automated sorting options for round, rectangular and square samples Orientation binning down to ±7.5 arcsec 1000 blanks/h throughput at standard sorting accuracy Materials The Quartz Blank XRD enables high-throughput and high-precision orientation binning of quartz blanks and more Quartz Features & Benefits ± 7.5 arcsec Minimum sorting group size 1000 blanks/ At standard sorting accuracy 1.5mm - 12mm Blank dimension 40 years Quartz Experience 40 years Quartz Experience Samples: Round, rectangular & square 4 x 4 mm up to 12 x 12 mm (manual sample handling) 1.5 x 1.5 mm up to 3.0 x 6.0 mm (automation option I) 4.0 x 4.0 mm up to 9.0 x 9.0 mm (automation option II) Features: Sorting into quality groups: ± 7.5 arcsec (minimum) Throughput: up to 1000 blanks/h at standard sorting accuracy Applications Quartz Blank Sorting Quartz blanks are the core component of oscillator devices, each resonating at a specific frequency. The stability of this frequency under varying temperatures is determined by the quartz's… Learn more Interested? Our experts are happy to assist you. Get in touch! Contact us now! Technologies Omega-scan Ultra-Fast Orientation Measurement for Single Crystals Learn more Theta-scan Precision X-ray Method for Single Crystal Orientation Learn more Get in touch Do not hesitate to contact us – we are available to assist you with any inquiries or requests. Use our inquiry tool or reach out via email: sales @ freiberginstruments.com
Application

Quartz Blank Sorting

Quartz Blank Sorting Sorting of quartz blanks for AT, SC, TF & IT cut Precision Quartz Blank Evaluation for Optimal Oscillator Performance Quartz blanks are the core component of oscillator devices, each resonating at a specific frequency. The stability of this frequency under varying temperatures is determined by the quartz's cutting angle. X-ray diffraction (XRD) technology enables precise detection and assessment of this critical quality factor. In a fully automated process, quartz blanks are sorted into quality categories, ensuring only the best materials are selected. With handling and measurement times as fast as 3 seconds per sample, the system delivers exceptional throughput for high-efficiency production. Related Technologies: Omega-scan Matching Products XRD series Quartz Blank XRD Enable tight frequency specs in mass production Learn more Get in touch Do not hesitate to contact us – we are available to assist you with any inquiries or requests. Use our inquiry tool or reach out via email: sales @ freiberginstruments.com
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Quartz Bar XRD

Skip breadcrumb navigation Breadcrumb Freiberg Instruments Products X-ray Diffraction Quartz XRD Quartz Bar XRD Quartz Bar XRD Enable tight frequency specs in mass production Interested? Get in touch! Contact now Product Sheet Skip menu Quick navigation Features Applications Technology Contact Automate your Quartz bar orientation and glueing process. Workflow aligned automation Integrated glueing and orientation measurement 40 years of Quartz orientation experience Materials The Quartz Bar XRD enables high-throughput and high-precision sawing preparation and more Quartz Features & Benefits ±0.5°(AT&TF) Alignment precision Automated gluing On Adapter Plate Bar Uptake Fully automated 10s Measurement speed for high throughput 10s Measurement speed for high throughput Fully automated quartz bar aligning machine Samples: quartz bars Handling: Fully automated uptake and alignment of quartz bars Automated gluing on adapter plate Alignment precision: ± 0.5° (AT & TF) Applications Quartz Bar Aligning Quartz bars serve as the raw material for cutting high-quality blanks with precise temperature characteristics. Proper pre-alignment is essential to ensure optimal performance. To achieve… Learn more Interested? Our experts are happy to assist you. Get in touch! Contact us now! Technologies Omega-scan Ultra-Fast Orientation Measurement for Single Crystals Learn more Theta-scan Precision X-ray Method for Single Crystal Orientation Learn more Get in touch Do not hesitate to contact us – we are available to assist you with any inquiries or requests. Use our inquiry tool or reach out via email: sales @ freiberginstruments.com
Application

Quartz Bar Aligning

Quartz Bar Aligning Pre-alignment of bars | Preparation for sawing process Precision Alignment & Efficient Sawing of Quartz Bars Quartz bars serve as the raw material for cutting high-quality blanks with precise temperature characteristics. Proper pre-alignment is essential to ensure optimal performance. To achieve accurate alignment in the saw, each quartz bar undergoes an individual X-ray measurement, as no two bars are identical. Once aligned, the bar is securely fixed using UV-curable adhesive in a process known as "UV curing." For maximum efficiency, multiple quartz bars are processed simultaneously. By stacking up to 30 bars in a single sawing step, productivity is significantly enhanced while maintaining precision and quality. Related Technologies: Omega-scan Matching Products XRD series Quartz Bar XRD Enable tight frequency specs in mass production Learn more Get in touch Do not hesitate to contact us – we are available to assist you with any inquiries or requests. Use our inquiry tool or reach out via email: sales @ freiberginstruments.com
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Quality and Certification

Quality and Certification Commited to Quality At Freiberg Instruments, quality is not just a standard—it’s the foundation of our success. Every solution we deliver is crafted with precision and a relentless focus on excellence, ensuring our clients receive reliable and innovative products tailored to their needs. Our dedication to quality is reflected in our rigorous processes, from research and development to production and customer support. By continuously refining our methods and embracing the latest advancements, we exceed industry standards and set new benchmarks for automation and metrology. ISO 9001:2015 – A Global Standard of Excellence We are proud to hold the ISO 9001:2015 certification, a globally recognized mark of superior quality management systems. This certification validates our commitment to delivering consistent, high-quality solutions that meet the needs of diverse industries, including semiconductors, photovoltaics, and materials science. By adhering to the principles of ISO 9001:2015, we ensure efficiency, accuracy, and reliability in every aspect of our operations. This commitment to quality gives our customers the confidence to trust us as their partner for cutting-edge technologies and outstanding service. ISO 9001:2015 Certificate (English) PDF (409 KB) ISO 9001:2015 Certificate (German) PDF (389 KB) Beyond Certification – A Culture of Excellence Quality at Freiberg Instruments goes beyond compliance. It’s embedded in our culture, driving us to push boundaries and innovate with purpose. Our team of experts shares a passion for excellence, working collaboratively to solve complex challenges and deliver solutions that shape the future. We believe that true quality is about building trust, fostering long-term partnerships, and making a meaningful impact. At Freiberg Instruments, our promise of quality is more than words – it’s a commitment you can rely on. Discover more Sustainability Learn more News Learn more
Application

Pulsing: mixed mineral samples

Pulsing Pulsing the stimulation allows the separation of quartz and feldspar luminescence signals for dating of mixed mineral samples Sometimes mineral separation in sediment or solid samples is not possible (polymineral samples), especially in cases of intergrowth of minerals. Pulsing (i.e. short light stimulation) the stimulation employs the different decay times of luminescence signals from different minerals in order to detect the luminescence signal predominately from a single mineral. Separate luminescence signals from different minerals Avoid tedious sample preparation See also spatially resolved luminescence Denby PM, Botter-Jensen L, Murray AS, Thomsen KJ & Moska P (2006) Application of pulsed OSL to the separation of the luminescence components from a mixed quartz/feldspar sample. Radiation Measurements 41, 774-779. Feathers JK, Casson MA, Schmidt AH & Chithambo ML (2012) Application of pulsed OSL to polymineral fine-grained samples. Radiation Measurements 47, 201-209. Luminescence decay of quartz and feldspar signals (from Denby et al., 2006) Matching Products TL/OSL series lexsygsmart The most sensitive TL/OSL reader Learn more TL/OSL series lexsygresearch The most advanced TL/OSL reader Learn more Get in touch Do not hesitate to contact us – we are available to assist you with any inquiries or requests. Use our inquiry tool or reach out via email: sales @ freiberginstruments.com
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Pulsed OSL (10 µs)

Skip breadcrumb navigation Breadcrumb Freiberg Instruments Products Luminescence Dating and Dosimetry lexsygresearch Configuration options Pulsed OSL (10 µs) Pulsed OSL (10 µs) Maximum power, homogeneity and stability provided by the interchangeable OSL unit Interested? Get in touch! Contact now All lexsyg smart and lexsygresearch TL/OSL readers can be equipped with an interchangeable OSL unit containing up to three stimulation wavelengths. These are provided by high power stimulation LEDs or laser diodes. The integration of photo diodes provides the feedback for power control of each individual element, guaranteeing a stable stimulation source, independent of element aging. LED/laser diodes stimulation Available stimulation wavelengths: (LED/laser diodes) UV (365 nm), Violet (405 nm), Blue (458 nm), Green (525 nm), Yellow (590 nm), IR (850 nm), Red (620 nm) Modes of operation for OSL Continuous Wave OSL (CW-OSL) Linear Modulated OSL (LM-OSL) Pulsed OSL (POSL) Select up to three wavelengths per OSL unit: LED stimulations: Module# L0403 – Blue LED stimulation 458 ± 5 nm (max. 100 mW/cm² at sample position) Module# L0404 – IR LED stimulation 850 ± 20 nm (max. 300 mW/cm² at sample position) Module# L0405 – Green LED stimulation 525 ± 20 nm (max. 80 mW/cm² at sample position) Module# L0410 – VioletLED stimulation 405 ± 3 nm (max. 100 mW/cm² at sample position) Module# L0411 – UV LED stimulation 365 ± 3 nm (max. 100 mW/cm² at sample position); for bleaching Module# L0419 – Red LED stimulation (~620 nm) Laser diode stimulation: Rise/fall time: < 10 ns ON-Time: 50 ns to continuous wave Module# L0407 – Blue laser diode stimulation 445 ± 3 nm (max. 100 mW/cm² at sample position) Module# L0408 – IR laser diode stimulation 850 ± 3 nm (max. 300 mW/cm² at sample position) Module# L0409 – Violet laser diode stimulation 405 ± 3 nm (max. 100 mW/cm² at sample position) Module# L50064 – Green laser diode stimulation 523 ± 8 nm (max. 50 mW/cm² at sample position) Module# L50065 – Red laser diode stimulation 638 ± 5 nm (max. 75 mW/cm² at sample positio
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Pulsed OSL (10 µs)

Skip breadcrumb navigation Breadcrumb Freiberg Instruments Products Luminescence Dating and Dosimetry lexsygsmart Configuration options Pulsed OSL (10 µs) Pulsed OSL (10 µs) Maximum power, homogeneity and stability provided by the interchangeable OSL unit Interested? Get in touch! Contact now All lexsyg smart and lexsygresearch TL/OSL readers can be equipped with an interchangeable OSL unit containing up to three stimulation wavelengths. These are provided by high power stimulation LEDs or laser diodes. The integration of photo diodes provides the feedback for power control of each individual element, guaranteeing a stable stimulation source, independent of element aging. LED/laser diodes stimulation Available stimulation wavelengths: (LED/laser diodes) UV (365 nm), Violet (405 nm), Blue (458 nm), Green (525 nm), Yellow (590 nm), IR (850 nm), Red (620 nm) Modes of operation for OSL Continuous Wave OSL (CW-OSL) Linear Modulated OSL (LM-OSL) Pulsed OSL (POSL) Select up to three wavelengths per OSL unit: LED stimulations: Module# L0403 – Blue LED stimulation 458 ± 5 nm (max. 100 mW/cm² at sample position) Module# L0404 – IR LED stimulation 850 ± 20 nm (max. 300 mW/cm² at sample position) Module# L0405 – Green LED stimulation 525 ± 20 nm (max. 80 mW/cm² at sample position) Module# L0410 – VioletLED stimulation 405 ± 3 nm (max. 100 mW/cm² at sample position) Module# L0411 – UV LED stimulation 365 ± 3 nm (max. 100 mW/cm² at sample position); for bleaching Module# L0419 – Red LED stimulation (~620 nm) Laser diode stimulation: Rise/fall time: < 10 ns ON-Time: 50 ns to continuous wave Module# L0407 – Blue laser diode stimulation 445 ± 3 nm (max. 100 mW/cm² at sample position) Module# L0408 – IR laser diode stimulation 850 ± 3 nm (max. 300 mW/cm² at sample position) Module# L0409 – Violet laser diode stimulation 405 ± 3 nm (max. 100 mW/cm² at sample position) Module# L50064 – Green laser diode stimulation 523 ± 8 nm (max. 50 mW/cm² at sample position) Module# L50065 – Red laser diode stimulation 638 ± 5 nm (max. 75 mW/cm² at sample positio