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Laboratory Testing Equipment |
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A solid basis for reliable measurements Reliability starts with easy and comprehensible operation. With the newly developed DocuMeter instruments, Sartorius is setting new standards in the determination and management of measured values. Equipped with a graphic display and easy-to-use soft keys, all DocuMeter models are practical meters that make even complex laboratory tasks simple.
You can choose between “intelligent” electrodes connected to DocuClip and standard electrodes with a BNC connector.
Two models for pH measurement offer you top-quality instruments, right from the start, for the most frequently used applications. Additional models, such as conductivity meters, will be available soon. |
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FEATURES |
- Graphical display and soft keys
- Easy-to-understand menu-driven prompts in plain language
- Defined function keys for the most common applications; no double-assigned keys
- Fast mode for rapid results
- Automatic recognition of a variety of temperature probes
- Serial interface for data transfer to computer or printer (Docu-pH+)
- Memory capacity for 500 data records (Docu-pH+)
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DocuMeter
One-click reliability
Give each of your electrodes their own identity. DocuClip is a unique device that makes an electrode uniquely identifiable, in just seconds. Equipped with built-in memory for calibration data, DocuClip works together with the Sartorius DocuMeter to store essential electrode specifications over its entire service life.
In addition to model designation and individual serial number, DocuClip stores all data from initial calibration, including pH, mV, temperature – indicating manual or automatic temperature measurement – and the slope and zero point of the pH electrode, as well as the date and time of calibration.
Moreover, data from the four most recent calibrations is always available for the entire service life of the electrode. DocuClip deletes older data to make room for the latest calibration report. With DocuMeter you can view the history of an electrode at any time. This gives you a ready overview of electrode quality.
Electrode data is automatically logged 100% at each measurement, and can be sent to a printer or exported to a computer for further processing. |
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| Particle (emulsion) Measurement |
Food products come in many shapes and forms such as solids and liquids, powders like flour, and creams like butter and mayonnaise. In addition to these, there are many products that take a powder form in mid process. And completed products may disintegrate during storage due to particle distribution. Here, the particle distribution in mid process enables a numerical evaluation of the process status to provide effective data for quality control. |
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Laser Diffraction Particle Size Analyzer
SALD-2100 |
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Shimadzu - ENT-150
Endurance Tester |
Simultaneously Measure Endurance and Insertion/Withdrawal Force:
- Programmable up to 200,000 cycles
- Real-time insertion/withdrawal force measurement
Dedicated Software Provides Superb Ease-of-Operation (Type I):
- PC control of test conditions, data display during testing, and data processing features
- Point-picking function permits reading of insertion/withdrawal force and stroke values by simply moving the mouse over the data curve points
- Exportation of test conditions, results, and sampling data in text format to general-purpose data spreadsheet software like Microsoft Office Excel® program
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Accurate Measurement over a Broad Speed Range:
- High resolution (1/20,000) readability of load cell capacity permits accurate insertion/withdrawal force measurements
- Endurance test over 10,000 cycles at 50 mm/s can be achieved in about 3 hours (at a 25 mm stroke)
- Highly accurate (±20 µm) positioning ensures stability throughout the test
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DUH-211
Hardness Testers
Building on our experience with hardness evaluation technology for the micro range, we have taken our quest for greater precision and ease of use to the next level.
Features
- Evaluation of Hardness and Material Parameters in Accordance with Standards (ISO 14577-1 Annex A)
- Highly Precise Evaluation of Elastic Modulus
- Low Test Force with Measurement Resolution of 0.196 µN
- Ultra-Wide Test Force Range of 0.1 to 1,961 mN
- High-Precision Measurement of Indentation Depth
- Supports a Wide Range of Testing Methods
- Supports Vickers Hardness Test
Applications
Metal Materials: Capable of measuring micro-structure constituent components within a sample, not just overall hardness.
Plastics: Measurement of materials exhibiting high light absorption, which is difficult for conventional methods, is easily performed on the DUH-211 series.
Rubbers and Elastomers: Rubber hardness has traditionally been measured under a set of fixed conditions according to JIS K6301/ISO7619 using a rubber hardness tester. Now, the DUH-211 permits measurement of this same amterial under various different sets of conditions. Additionally, this instrument also permits hardness measurement of the surface layers alone, thus providing useful information for the study of surface deterioration.
Glasses and Ceramics: The DUH is capable of measuring brittle samples, such as glass and ceramics, either with or without forming cracks.
Thin Films: Measuring the strength of film coatings produced by chemical vapor deposition (CVD), physical vapor deposition (PVD), or surface layers treated by ion implantation, is important for improving film production techniques. Since the DUH-211m is able to measure using ultra-low loads, it is ideal for this application.
Fibers: The DUH-211 provides useful information for strength evaluation testing on glass fibers, carbon fibers, whiskers, fibers made of other composite materials, and optical fibers.
Electronic Parts such as IC and LSI: Hardness is an important factor for the evaluation of reliability of LSI and other electronic elements. The DUH- 201 permits easy hardness testing of the desired parts of the pattern on an IC or LSI.
Particulate Matter: Use of the optional flat-tip indenter provides easy measurement of particle proof stress. This data is useful for improvement of the pretreatment technique or fine particles.
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