Yes. The electromechanical universal testing machine can be configured with specialized grips for soft materials and paired with large-deformation extensometers. This setup ensures stable gripping and highly accurate measurements when testing materials with significant elongation.

Yes. The system supports stress, strain, and displacement control modes, and enables fully programmable loading sequences for complex test paths. This flexibility makes it ideal for universities and research institutes conducting advanced studies on emerging materials.

Absolutely. Equipped with internationally recognized load cells and high-precision optical encoders, the testing machine delivers force-measurement accuracy within ±0.5%. Automated data acquisition, real-time curve generation, and full traceability functions provide the consistency and documentation required for industrial-grade quality assurance.