The increasing miniaturization and complexity of product features leads to moredifficult measuring and control procedures. Measuring systems that are only for optical or contact measurements are often no longer sufficient, in this case multisensor measuring machines are optimal for geometric quality control. When measuring certain characteristics the physical limits of non-contact DeMeet video measuring machines can also exceed measurements with a touch probe (Contact measuring system). With the DeMeet combo model, optical and contact measurement are both seamlessly integrated and measurements can be made within just one measurement process by the optics and the touch probe and also be carried out within a characteristic. Probe measurements can also be helpful in the creation of a complex 3D product orientation.
The DeMeet multisensor measuring machines are an excellent all-in-one alternative to other measuring devices, such as a measuring microscope, profile projector and height measuring device. With an excellent price-performance ratio, the DeMeet measuring machines enable high-precision quality control in measuring laboratories and in production. Applications of optical and multisensor measurement technology can be found, among others, in precision engineering, medical technology, plastics and electronics industries.
The application of quality components made by Schut and by well-known, specialized manufacturers ensures excellent performance and high accurate measurements. With the new design of the DeMeet measuring machine series no concessions have been made to accuracy and reliability. The new visually screwless cover design provides a better protection in the production environment and is highlighted with nickel-plated aluminum details which can be personalized. The open design of the DeMeet allows for easy operation and loading of the machine from all sides. The accuracy of the DeMeet measuring machines is guaranteed by a CAA 3D correction model (Computer-Aided Accuracy, error compensation).
The DeMeet 3D CNC coordinate measuring machines are designed with a proven fixed bridge construction and moveable measuring table for high accuracy and accessibility. The completely covered drive system and integrated damping make the DeMeet machines very suitable for inline measuring on the production floor. The construction is a granite base plate with accuracy grade according to DIN 876/00, placed on well positioned shock absorbing points and resting on a welded base frame (for the DeMeet-220 the base plate is flat grinded cast iron). The XYZ base structure for the THK precision preloaded caged ball linear guides is made from extremely tension relieved, flat grinded cast iron, as the basis for a mechanical accurate construction. The axis drive system consists of Faulhaber high torque DC servo motors, TFE coated Kerk lead screws and Renishaw TONIC optical linear encoders with low sub-divisional error. The measuring table is made of tension relieved, wear-resistant, nickel-plated steel, with a mounting hole pattern for product fixtures and a flat aligned glass plate. The video model consists of a DeMeet camera with a Sony sensor and a telecentric optical system. In addition to the optical system the Combo model is equipped with a Renishaw touch probe system.
Standardmäßig wird ein Renishaw TP20 System mit einer 5-Wege Tasterkonfiguration geliefert. Auf Anfrage sind verschiedene Tastermodule, Systeme und Tasterkonfigurationen verfügbar. Mehrfache Tastermodule können verwendet werden, um die Tasterkonfiguration auf dem Modul zu belassen und um eine kürzere Rüstzeit bei Messungen zu erreichen, bei denen andere Tasterkonfigurationen erforderlich sind. Zusätzlich zu dem Standard Tastsystem kann optional ein Wechselrack (automatische Taster-wechselkonfiguration) verwendet werden. Mit dem Tasterwechselrack können Tastermodule innerhalb eines Messablaufes automatisch aus-getauscht werden.
Approve for DeMeet is a true multi-sensor software package, where the difference in sensor origin of the measuring input is limited to only the necessary. All the measuring results of video and touch probe can be displayed, reported, exported and used in constructs together, and are dynamically updated. The measuring results can also be displayed together in a 3D view. Approve for DeMeet is designed to be a user-friendly software package, but is flexible and very elaborate to measure many products.
A secure positioning of the measurement object is crucial for an accurate measurement result and the clamping system can also be used for pallet measurements. DF Fixture system DF-System is a fixture system developed and produced by Schut and designed for constructing 3D product fixtures, particularly for optical measurements, and is fully compatible with the measuring table of the DeMeet measuring machines. Alufix Fixture system Alufix is a flexible fixture system made of high-tensile aluminum. Alufix is a uniquely designed modular fixture system to prepare a product-fixture in a short time and is easy to mount and specially suitable for fixtures for heavier measuring objects Specialized Fixture systems If products have to be measured on a pallet where a standard fixturing system does not offer a correct solution - for example due to the unusual shape or small dimensions of the product - then a customized system can be the solution. More about Fixture systems
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Computer |
NUC Computer mit WIN10Pro ohne Bildschirm |
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Licht-Empfänger Linse |
Doppel- Telezentrische Linse |
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Messfeld (FoV) |
92mm x 61mm |
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Messfeldtyp (FoV) |
Rechteckig (Portrait) |
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Messfelddiagonale (FoV) |
100mm |
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Messfeldfläche (FoV) |
5485mm² |
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Messkammer |
200mm x 250mm x 280mm |
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Kameraauflösung |
6 MegaPixel |
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Wiederholgenauigkeit |
±1 μm |
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Messgenauigkeit |
±6 μm |
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Maschinenabmessungen |
290mm x 330mm x 880mm |
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Gewicht |
25kg |
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Diaskopisches Licht |
Gerichtet, direktional |
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Adjustierbarer Fokus |
Auswechselbare Linse |
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Betriebstemperatur |
+10° bis +40° Celsius |
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Stromanschluss |
110-240 Vac | 50-60 Hz |
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Stromabnahme |
2A |
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Messpunkte |
max. 16000 |
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Mustererkennung |
XYѲ (akzeptiert zufällige Positionierung) |
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Einstellbare Toleranzen |
Winkel, Winkligkeit, Fläche, Umfang, Konzentrizität, Durchmesser, Ebenheit, Form, Länge, Parallelität, Rechtwinkligkeit, Radius, Rundheit, Unrundheit, Geradheit, Symmetrie, wahre Position, Breite, XY-Position. |
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Statistische Analysen |
SPC- Software fähig |
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CAD Export |
* .dxf Datei mit Nennwerten und Toleranzen |
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CAD Import |
* .dxf Datei mit Profilübereinstimmung, Nennwerten und Toleranzen |
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Bericht Export |
*.csv, *.tsv, *.txt |
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Bericht drucken |
Windows Standard Drucker (optional *.pdf), *.xps |
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Benutzerverwaltung |
Supervisor, Benutzer 1 bis 20 (mit Passwort-Login und editierbaren Rechten) |
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Mehrsprachen- Unterstützung |
Englisch, Deutsch, Spanisch, Französisch, Italienisch, Portugiesisch, Russisch, Chinesisch, Japanisch, Polnisch, Tschechisch, Rumänisch. Alle Sprachen sind editierbar. |
Messspezifikationen |
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Aulösung (µm) |
0,5 (0,1 optional) |
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Genauigkeit standard 5 (µm) (0,5 µm Aulösung) (L in mm) |
X/Y/Z 4 + L/150 |
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XYZ 5 + L/150 |
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Genauigkeit optional 5 (µm) (0,1 µm Aulösung) (L in mm) |
X/Y/Z 3 + L/200 |
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XYZ 4 + L/200 |
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Verfahrgeschwindigkeit max. (mm/s) |
X/Y 250, Z 55 |
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Beschleunigung max. (mm/s2) |
X/Y/Z 500 |
Speisung |
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Spannung (V) |
90 - 120, 210 - 240 (50 - 60 Hz) |
Leistung (VA) |
400 |
Umgebungsbedingungen |
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Betriebstemperatur |
(°C) |
15 - 35 |
Messtemperatur |
(°C) |
20 ± 0,5 |
Relative Luftfeuchtigkeit |
(%) |
40 - 70 (keine Kondensation) |