The Computer Controlled Vicat Apparatus is a fully automated laboratory instrument designed for the accurate determination of the initial and final setting time of cement, mortar, gypsum, and cement paste. The system performs the complete Vicat needle testing procedure automatically while eliminating operator influence and improving laboratory efficiency.
Unlike conventional manual testing devices, the Computer Controlled Vicat Apparatus continuously records penetration depth, monitors the complete setting process, and generates automatic setting-time curves for detailed laboratory analysis.
The instrument complies with major international standards including EN 196-3, ASTM C191, AASHTO T131, DIN 1164, EN 480-2, and BS 4550, making it suitable for cement plants, construction material laboratories, research institutes, and quality control facilities worldwide.
The Computer Controlled Vicat Apparatus is widely used for:
Compared with manual Vicat testing equipment, the Computer Controlled Vicat Apparatus offers significant improvements in testing consistency and efficiency.
The automated system performs each penetration according to the selected standard, automatically records penetration values, calculates setting times, and creates detailed setting curves without operator intervention.
Its multi-station configuration allows several specimens to be tested simultaneously, significantly increasing laboratory throughput while maintaining high precision.
The BESMAK Computer Controlled Vicat Apparatus complies with:
BESMAK designs high-performance cement testing equipment for laboratories requiring reliable, repeatable, and standards-compliant results.
A Computer Controlled Vicat Apparatus is an automatic laboratory instrument used to determine the initial and final setting time of cement by controlling the complete Vicat testing procedure through dedicated software.
The instrument complies with EN 196-3, ASTM C191, AASHTO T131, DIN 1164, EN 480-2, and BS 4550.
It is suitable for testing cement, cement paste, mortar, and gypsum.
Automatic testing eliminates operator error, improves repeatability, records every penetration automatically, generates setting curves, and increases laboratory productivity.
Yes. Multi-station models allow several specimens to be tested simultaneously, increasing testing efficiency.
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