SOLUTION	DESCRIPTION
	Grain Intercept	Steel manufacturers use this solution for measuring and controlling grain size after cross-sectioning, polishing, or etching steel samples.This function is based on overlaying of “test lines“ and counting the number of intercepts of these with grain boundaries.
	Grain Planimetric	Steel manufacturers use this solution for measuring and controlling grain size after cross-sectioning, polishing, or etching steel samples. This function reconstructs grain boundaries for each individual grain.
	Inclusion Worst Field	Steel manufacturers use this solution for measuring and controlling the shape and size of non-metallic inclusions (oxide, alumina, sulphide, or silicate) in steel.
	Cast Iron	Casting manufacturers who need to measure and control the graphite nodularity and check the mechanical characteristics of their cast products use this solution.
	Chart Comparison	A live or still image can be overlaid onto standard charts for comparison. Function preview is available.
	Layer Thickness	One or multiple layers of a cross-sectioned sample can be measured using the Stream Layer Thickness solution. The shapes are defi ned and the layers automatically measured.
	Coating Thickness	This solution enables the measurement of coating thickness from top view images images using the Calotest method.
	Automatic Measurements	This solution is used for creating measurements based on edgedetection on a live image with pattern recognition.
	Throwing Power	This solution measures the distribution of copper plating thickness in through-holes or micro-vias.
	Porosity	This solution enables pores to be measured either for area fraction or the number of surface pores using ROIs (circular, triangular, rectangular, and polygonal) and thresholds.
	Particle Distribution	This solution is used to create Particle Size Distribution  histograms and tables from multiple images or image series.
	Advanced Phase Analysis	This solution offers a new integrated solution to perform phase analysis on a selection of various Regions of Interest (ROIs) including triangles, circles, rectangles, and polygons.

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Sistem mikroskop untuk mengetahui jumlah dan bentuk pengotor dalam sampel yang sudah memenuhi peraturan 21 CFR Part 11. Setiap sistem Mikroskop Olympus CIX 100 yang dikirim dan diinstalasi di industri farmasi akan dilengkapi:

✅Dokumen terperinci bagaimana sistem mikroskop mampu memenuhi 21 CFR Part 11 secara spesifik.

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Use the largest target ball, disk, or wire suitable for the application
The larger the target, the stronger the magnetic field. The stronger magnetic field allows for a higher degree of accuracy and a greater thickness range, as shown in the table below.

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Always perform a multipoint calibration
As shown in the above reference table, performing a multipoint calibration improves the calibration curve and the overall accuracy of the instrument no matter which target you’re using. When you perform a basic calibration, the instrument only has four calibration points (Ball Off, Ball On, Thin Shim, Thick Shim) to use for the calibration curve. By choosing to perform a multipoint calibration, where you add additional calibration points, the calibration curve is improved since the instrument has more calibration points to use.

Perform a Q-Cal on a regular basis
It’s important to note that Magna-Mike thickness measurements can be affected by changes in the environment, including changes in temperature and magnetic fields.

Use the minimum capture feature
The minimum thickness measurement for a given location will always occur when the material being measured is perpendicular to the probe tip, and the target is centered over the top of the probe tip. Using the minimum capture feature on the Magna-Mike 8600 gage helps capture the true thickness while you’re maneuvering the part being measured. We suggest rotating the part in all planes to ensure that the target ball crosses the center of the probe tip, which correlates to the thinnest measurement

Reduce environmental interference
Your Magna-Mike thickness gage should not be used within 2 feet (0.61 meters) of any large steel object or strong magnetic fields. Having the instrument close to large steel objects, including table legs and steel supports, can affect the magnetic field around the probe. This introduces a deviation to the normal magnetic field between the probe and the target that was determined during the calibration process. This, in turn, leads to measurement drift and erratic readings. A Q-Cal may be able to help with this measurement drift but, in many cases, the instrument must be moved to a new location with less interference. [fancy_link title=”More Info” link=”https://www.olympus-ims.com/en/insight/5-ways-to-improve-measurement-accuracy-with-the-magna-mike-8600-thickness-gage” target=”/” style=”1″ class=”” download=””]

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If you are one of the millions of people who wear contact lenses, an Olympus ultrasonic thickness gage may have helped their manufacturer ensure that your lenses are the proper shape and thickness for your prescription. Shortly after soft contact lenses were introduced in the 1970s, we developed a pioneering ultrasonic system that quickly and reliably measures the thickness and radius of curvature of soft lenses. Our current system represents the fourth generation of this specialized technology, and it is used by some of the world’s major contact lens manufacturers.

Most soft contact lenses are made in a multistep process using specialized polymers that undergo transformations from a liquid to a solid and then to a soft, strong gel. In the first step, the liquid polymer is formed in a mold that shapes the radiuses and determines the thickness. The liquid is then hardened, either by curing with ultraviolet light or by cooling. The result is a hard lens which is then soaked in a warm saline solution. The polymer absorbs water, softens, and takes its final shape. Some specialized lenses are formed individually by machining a disk of hard polymer on a lathe and then softening it by the same soaking process.

Manufacturers need to verify lens thickness and curvature on a statistical sample of their production. This is difficult to do with mechanical tools; because the lenses are soft and flexible they will be distorted by contact. The solution we created is a non-contact ultrasonic test. The lens is positioned in a fixture filled with saline solution and centered over an ultrasonic transducer that generates a sharply focused sound beam. An Olympus 38DL PLUS precision thickness gage detects echoes from the near and far sides of the lens, measures the time interval between them, and uses a programmed sound velocity to calculate lens thickness to an accuracy of +/- 0.01 mm. At the same time, the gage measures the distance between a reference membrane and the base of the lens (a dimension called sagittal height) and uses a simple mathematical formula to calculate the lens’s radius of curvature. You can read more about this process in detail in our application note Base Curve and Thickness Measurement of Soft Contact Lenses. This is yet another way Olympus ultrasonic gages help our customers maintain manufacturing quality.

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Fuel injector nozzle (replica) / Area roughness measurement (LMPLFLN50XLEXT)

Inner texture / Area roughness measurement (MPLAPON20XLEXT / 3 x 3 stitched)

Bearing ball / Profile measurement (MPLAPO50XLEXT)

Piston ring / Area roughness measurement (MPLAPON50XLEXT)

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Vanta handheld XRF analyzers are built to be tough. Their rugged and durable design makes them resistant to damage for greater uptime and a lower cost of ownership.

With intuitive navigation and configurable software, the Vanta series are easy to use with minimal training for high throughput and a fast return on investment. Featuring innovative and proprietary Axon technology, Vanta analyzers give you accurate results and help boost productivity no matter the environment or working conditions.

Exceptional durability under extreme conditions.

Analytical superiority.

Optional Wireless LAN and Bluetooth® for real-time data sharing. Cloud technology enabled.

Intuitive user interface.

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NDT inspectors working in high portability industries need a lightweight instrument that has the features they need to do their job. The EPOCH 6LT flaw detector meets these needs; it’s comfortable to hold in one hand and small enough to fit in a bag with other equipment.

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casenya adalah, sejauh ini pengamatan layer thicknes sample plastik dengan metode polarisasi identik menggunakan Mikroskop Micro ( pembesaran lensa 200x – 1000x). akan tetapi, di PT. Yachiyo pengamatan tersebut, justru menggunakan Macro Mikroskop dengan Pembesaran Lensa 20x. Dengan menggunakan setereo microscope , system pencahayaan lampu dari bawah dan di tambah filter polarisasi di dalamnya. maka akan terlihat layer pada benda uji plastik tersebut. Pengamatan terhadap penetrasi tersebut adalah, untuk mengukur jarak layer tersebut. dimana setiap lanyer nya memiliki standar nilai pengukuran.

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Di lapangan ahli geologi sering menghadapi kesulitan untuk melihat jenis mineral hanya dengan mengandalkan visualisasi. Karena sifat alterasi halus yang sering menyertai mineralisasi emas, penilaian visual yang dilakukan oleh ahli geologi seringkali subjektif dan seringkali salah. Sampel sering dikirim ke laboratorium untuk analisis petrografi. Prosedur ini memakan waktu dan mahal serta terkadang gagal membedakan mineral yang memiliki asal usul yang sangat berbeda (misalnya yang terbentuk oleh air tanah atau cairan mineral). Selanjutnya, membedakan mineral serupa, seperti lempung, karbonat, dan sulfida halus, sangat sulit dilakukan dengan mikroskop.

Olympus pXRD menghasilkan data mineralogi yang andal, kualitatif, dan kuantitatif dalam waktu singkat di lapangan, di rig pengeboran, atau di gudang core-shed. Informasi yang dihasilkan pXRD adalah objektif, bukan subjektif, dan akan memakan waktu berminggu-minggu atau bulan apabila menggunakan metode tradisional.

Dengan menggunakan instrumen Olympus XRD, ahli geologi dengan cepat dapat mengambil keputusan penting, seperti:

• Apakah akan meninggalkan atau memperpanjang lubang bor
• Tempat untuk menempatkan lubang bor berikutnya
• Apakah akan melanjutkan pemetaan di daerah tersebut

Selain menunjukkan alterasi, mineralogi kuantitatif memberikan informasi pengolahan mineral dan geo-metalurgi penting untuk rancangan tambang di masa depan.

Instrumen Olympus pXRD menggunakan teknologi paten yang dikembangkan untuk misi Mars Science Laboratories (MSL). Instrumen ini dilengkapi dengan perangkat Couple Charged Device (CCD) untuk secara bersamaan mengumpulkan difraksi sinar-X dan data fluoresens X-ray.

Manfaat instrumen XRD inovatif Olympus meliputi:

• Jumlah sampel yang sedikit: hanya membutuhkan bahan sebanyak 15mg
• Persiapan sampel yang sederhana: tidak membutuhkan teknisi terampil
• Waktu akuisisi cepat: memperoleh hasil dalam hitungan menit
• Portabel : tenaga batere, desain kokoh dan tanpa bagian yang bergerak
• Instrumen yang berdiri sendiri: tidak perlu pendingin air atau sumber daya listrik eksternal yang besar
• Tidak ada persyaratan servis berkelanjutan: memungkinkan instrumen digunakan secara teratur

Olympus XRD – Waktu Akuisisi Data dan Kwalitas Data

Alat analizer Olympus pXRD memberikan kemudahan mineralogi kuantitatif di tempat tanpa memerlukan prosedur persiapan sampel yang rumit. Untuk mengilustrasikan kemampuan kuantitatif produk Olympus pXRD, perbandingan telah dilakukan dengan instrumen XRD berbasis laboratorium 4 kW yang besar. Hasilnya menunjukkan persamaan yang kuat antara unit XRD berbasis laboratorium dan sistem pXRD Olympus.

Hasil Kuantitatif XRD untuk Instrumen Lab 4 kW dan Olympus pXRD pada Waktu Akuisisi Variatif

Waktu pengumpulan data juga dipelajari untuk menilai kinerja instrumen pXRD Olympus pada berbagai waktu pengujian serta perbandingan dengan instrumen XRD berbasis laboratorium.

Hubungi kami apabila Anda ingin mengetahui informasi lebih lanjut.

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