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MICROPLAN ITALIA
MICROPLAN® Custom's Solutions

MICROPLAN® Custom's Solutions

Product catalog summary

Company Contact Information

Microplan Italia SRL and Microplan France SA specialize in metrological solutions, offering contact details for their Italy and France offices, including Celith SARL in France.

Challenges in Metrological Instrumentation

Standard measuring instruments often fall short for specific mechanical inspection tasks due to constraints such as limited inspection time, high instrument costs, environmental conditions, part-specific characteristics, complexity of use, and non-specialized personnel. Customized instruments designed for particular measurement needs are recommended to overcome these challenges.

Microplan Group's Expertise and Solutions

Microplan Group leverages expertise in precision mechanics, electronics, and software to develop modular, integrated measurement systems. They collaborate closely with clients to tailor instruments that meet specific production requirements, often resulting in cost-effective and technically satisfactory solutions that encourage repeat business.

Applications and Technologies

The group applies metrological technologies not only for measurement but also in production machines requiring high precision and non-traditional processes. Their solutions incorporate advanced technologies such as laser systems, linear motors, and vacuum-pneumatic components to address diverse industrial measurement challenges.

Examples of Custom Solutions and Equipment

AMT_1210: Vacuum-pneumatic structure for round test parts.
AMT_1210B: Measuring bench with X-Y vacuum-pneumatic sliding system and motorized rotating table.
HTC_1111B: Vacuum-pneumatic rotating table for optical profiling.
HYP_1209: Motorized vacuum-pneumatic guide.
BMC_6010: Test bench for cylindrical parts with X-Y vacuum-pneumatic system and precision measurement features.
RRA_1209: Granite bench for instrument testing.
Regolo: Motorized vacuum-pneumatic cart.
RRB_1209: Test bench with laser gauge and measurement display for cylindrical parts.
CIN_07028: Bench for sheet metal thickness, length, and perpendicularity measurement.
EMM_021141: Granite bench for optical controls.
Comparator and transducer test benches: Granite benches for gauge and transducer testing.
SAD_0205: Geometrical test bench for cylindrical parts.
SCN_0302: 3D measuring machine structure with pneumatic movements and synthetic granite support.

Key Benefits and Recommendations

Custom instruments enhance measurement accuracy and efficiency for specific mechanical parts.
Modular and integrated designs provide flexibility to adapt to various measurement challenges.
Client collaboration ensures solutions align with production specifics and desired outcomes.
Advanced technologies like laser systems, linear motors, and vacuum-pneumatic components improve precision and reliability.
Tailored solutions typically yield cost savings and high technical satisfaction.

Summary of Technical Equipment and Test Benches

The document details specialized equipment used for precision measurement and control, primarily in industrial and aerospace sectors. Key equipment types include granite benches, vacuum-pneumostatic supports, motorized rotary tables, and laser measurement systems.

1. Granite Benches

Provide stable, vibration-free support for precision instruments.
Used for instrument testing, optical scale calibration (up to 5700 mm), and component support.
Examples: IE39, PRN_0938, RRA_090311, AMO_0810, AMK_081132.

2. Motorized and Pneumostatic Test Benches

Include motorized benches with pivot or vacuum-pneumostatic supports for profilometers and other instruments.
Vacuum-pneumostatic axes offer low-friction, stable support for precise geometric and dimensional control.
Examples: IE37, IE13, RDI_0106, SNC_0501, MKS_050128.

3. Rotating Tables and Spin Test Benches

Rotary tables up to 1200 mm diameter for roundness and rotational geometry testing.
Vacuum-pneumostatic rotary tables specialized for turbine and airplane engine parts, often with dual axes and laser diameter measurement.
Examples: AMK_081017, CRV_0207, SCM_000126.

4. Laser and Optical Measurement Machines

Laser machines with multiple vacuum-pneumostatic axes for high-precision dimensional control.
Interferometer laser machines for length measurement with vacuum-pneumostatic support.
Examples: HRD_0501, BML_0501, LRD_000125.

5. Vacuum-Pneumostatic Axes and Supports

Widely used to minimize friction and stabilize precision measurements.
Applied in machines for spin parts, turbine components, and geometric tests.
Examples: PRB_070330, OFV_070119, SAD_0505.

6. Specialized Equipment for Turbine and Airplane Engine Parts

Test benches with vacuum-pneumostatic rotary tables and multiple axes designed for precise geometric and dimensional control of turbine motor parts.
Examples: SNC_0501, MKS_050128, SCM_000126.

Key Parameters and Features

Granite bench lengths range from 500 mm to 7500 mm.
Rotary tables up to 1200 mm diameter.
Vacuum-pneumostatic axes typically configured in pairs or multiples for multi-dimensional control.
Integration of laser and interferometer systems with vacuum-pneumostatic supports for enhanced precision.

Best Practices and Recommendations

Use granite benches for stable, vibration-free measurement environments.
Employ vacuum-pneumostatic supports to reduce friction and improve accuracy.
Incorporate motorized and rotary tables for dynamic testing of rotating parts.
Utilize laser and interferometer systems for high-precision dimensional control.

This overview highlights critical equipment types, applications, and technical parameters essential for precision measurement and control in industrial and aerospace manufacturing.

Catalog excerpts

MICROPLAN ITALIA SRL VIA MONTE ROSA, 7 ZONA IND. ROCCAPIETRA I-13019 VARALLO (VERCELLI) ITALIA TEL. +39 0163 54619 / 569084 FAX +39 0163 564081 EMAIL [email protected] SKYPE microplanitalia WEBSITE www.microplan-group.com CELITH SARL 2, LA GRAULE F-23360 LA FORET DU TEMPLE FRANCE TEL. +33 5 55805454 FAX +33 5 55805450 EMAIL [email protected] SKYPE isa-celith WEBSITE www.microplan-group.com FRANCE MICROPLAN FRANCE SA 2, LA GRAULE F-23360 LA FORET DU TEMPLE FRANCE TEL. +33 5 55806666 FAX +33 5 55806620 EMAIL [email protected] SKYPE stephanie-mpf WEBSITE www.microplan-group.com

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camente avanzate ed economicamente interessanti. intendano risolvere problemi di “misura” specifici, proponendo soluzioni innovative tecnologi- Il Gruppo Microplan oggi, mette a disposizione l’esperienza acquisita a tutte le società che mentale e dove le lavorazioni avvengono con processi non tradizionali. utilizzate anche per realizzare macchine operatrici, dove la precisione è un requisito fonda- la prima realizzazione ne seguono altre. Le tecnologie applicate alla metrologia a volte vengono rappresenta un notevole risparmio rispetto al budget previsto, tanto è che in molti casi, dopo di rado...

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technologiquement avantageuses et économiquement intéressantes. se pour résoudre les problèmes de mesure spécifiques en proposant des solutions innovantes Le groupe Microplan met aujourd’hui à la disposition de tous ses clients son expérience acqui- qualité fondamentale et où les usinages sont réalisés avec des procédés non traditionnels. sont parfois utilisées même pour réaliser des machines de production où la précision est une cas la première réalisation est suivie par d’autres. Les technologies appliquées à la métrologie économie considérable par rapport au budget prévu tant et si bien que...

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economically interesting solutions. in solving specific “measurement” problems, using technologically advanced, innovative and The present day Microplan Group offers valuable know-how to all the Companies interested the main requirement and where the results are achieved through non-traditional processes. plied to metrology are sometimes also used in order to develop machines, where precision is an extent that after the first production further quantities are requested. The technologies ap- technical satisfaction, means an outstanding saving compared to the budget forecasts, to such measurement...

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lösen, die sich auf technologischen und Erneuerungslösungen stützt. Heute die Microplan Gruppe bietet ihre erworbene Erfahrung an, um die Messprobleme zu Prozessen durchgeführt worden. zuführen, wo die Präzision Grundfähigkeit ist und die Verarbeitungen mit nicht traditionellen Messprüftechnik benützte Technologien werden manchmal verwertet, um Maschinen durch- Kunden und ein beträchtliches Sparen im Vergleich zum voraussehendem Budget. Die in der Nicht selten ist das Ergebnis dieser Mitarbeit einer kompletten technischen Befriedigung des Die Prüfaufgabe wird mit dem Kunden diskutiert und ein...

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Granite bech for testing instruments Banco di controllo per strumenti di misura. Test bench for cylindrical parts (diameter and length) with a X-Y vacuum-pneumostatic system axis, measuring gauge with dimension freeze, precision vacuum-pneumostatic cross-point. Banco per controllo particolari cilindrici (diametro e lunghezze) con sistema assi X-Y vacuo -pneumostatici; sonda di misura con congelamento di quota, contropunta vacuopneumostatica di precisione.

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Test bench for cylindrical parts (diameter and length) laser gauge and measure display. Stroke mm 2000 - Ø up to 200 mm Banco per controllo particolari cilindrici (diametro e lunghezze) con calibro laser e visualizzatore di quote. Corsa mm 2000 - ø fino a 200 mm. Motorized vacuum-pneumostatic cart. Regolo pneumostatico motorizzato.

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Granite bech for optical controls. Banco per controlli ottici. Test bench for sheet metal: thickness, length, perpendicularity. Banco di controllo lamiera: spessore, lunghezza e perpendicolarità.

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Bench for geometrical test on cylindrical parts. Banco per il controllo geometrico di particolari cilindrici. Granite bech for gauges and transducers testing. Banco di controllo comparatori e trasduttori.

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Granite bech for paper rolls. Banco di controllo rulli per carta. Structure for a 3D measuring machine with pneumostatic motions and a synthetic granite support. Struttura per macchina di misura 3D con movimenti pneumostatici e supporto in granito sintetico.

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Bench for runout inspection on pinion shaft with diameter up to 500 mm. Ingranometro per coppie ingranaggi con diametro fino a 500 mm. Granite bech for testing instruments Banco di controllo per strumenti di misura.

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Granite bech for testing instruments Banco di controllo per strumenti di misura. Motorized bench for profilometer, with pivot support on sinus bar. Banco motorizzato per profilometro e appoggio perno su barraseno.

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Motorized bench for profilometer - vacuum-pneumostatic and pivot support on V-prisms. Banco motorizzato per profilometro - vacuopneumostatico e appoggi perno su prismi a V. Granite bech for optical measure scales calibration. (Length = 5700 mm) Banco per taratura scale di misura ottiche. (Lunghezza = 5700 mm)

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Granite bech for profilometer. Banco di controllo per profilometro. Geometrical test bench for spin solids; stroke 600 mm, Ø up to 200 mm. Banco per il controllo geometrico di solidi di rotazione, corsa 600 mm, diametro fino a 200 mm.

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Test bench for diamante grinding wheels, with two vacuum-pneumostatic axes Banco di controllo mole diamantate a due assi vacuo-pneumostatici. Granite bech for ballscrew guides, length 7500 mm. Banco di controllo viti e guide a ricircolo di sfere, lunghezza 7500 mm.

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