Human Circulatory System, Superior Manufacturer,Supplier and Exporter in India

Product Code : SCL-BLE-12075

The Digital Torsion Testing Apparatus is a precision-engineered instrument designed for determining the modulus of rigidity and torsional strength of cylindrical specimens. Calibrated to ASTM E143 and ISO 7500-1 standards, it facilitates empirical verification of Hooke’s Law in university-level metallurgy and mechanical engineering labs. It provides real-time digital torque-angle data acquisition for comprehensive material failure analysis.

 Technical Specifications

Key Pedagogical Outcomes (Bloom’s Taxonomy)

Feature: Dual-Scale Digital Display.Outcome: Enables students to synchronize torque (Nm) and twist angle readings, facilitating the derivation of the Shear Modulus through quantitative analysis.

Feature: Variable Gear Reduction Drive.Outcome: Allows for controlled, quasi-static loading of specimens, preventing dynamic shock and ensuring the accuracy of elastic limit observations.

Feature: Integrated Specimen Fracture Guard.Outcome: Ensures laboratory safety during destructive testing (Material Failure Stage), allowing students to safely observe brittle vs. ductile fracture patterns.

Feature: Universal 3-Jaw Chuck Grips.Outcome: Provides standardized clamping pressure to eliminate specimen slippage, ensuring data integrity for comparative metallurgy modules.

 International Logistics & Compliance

Our export division ensures that every unit meets the rigorous demands of global shipping and regional environmental variables. Instruments are housed in export-grade seaworthy crating (ISPM-15 compliant) to prevent transit-related de-calibration. Documentation provided with every shipment includes the Manufacturer’s Authorization Form (MAF), Certificate of Conformance (CoC), and detailed User Manuals in English. The hardware features a tropicalized design tested for sustained operation in high-humidity environments (up to 45°C/90% Humidity), crucial for institutional stability in diverse geographic locations.

 Why Source from the OEM?

Procuring directly from the Educational Instrument factory eliminates the "Trader" overhead and ensures absolute technical accountability. Our facility maintains vertical integration, encompassing in-house CNC machining of structural components and precision optical grinding for encoder systems. This allows for batch-tested uniformity across large-scale institutional rollouts. Furthermore, direct factory sourcing guarantees long-term spares availability and direct access to the design engineers for technical calibration support, ensuring the instrument’s lifecycle exceeds the 10-year institutional benchmark.