ZDSHB-20 Dual-Mode System with Seamless Switching & ≤0.05 mm/m Straightness

Release date:

2026-07-16

Discover how the split Hopkinson combined compression tension bar works in 2026 — covering dual-mode design, calibration workflows, pulse shaping, material case studies, and ASTM standards for high strain rate testing

ZDSHB-20 Dual-Mode System with Seamless Switching & ≤0.05 mm/m Straightness

As advanced materials continue to support innovation across aerospace, automotive, defense, energy, and scientific research, laboratories are placing greater emphasis on reliable dynamic material testing. Accurate testing helps researchers better understand material behavior and supports the development of safer, stronger, and more durable products.Dynamic material testing is widely recognized across the engineering community as an important method for evaluating material behavior under impact loading.

The ZDSHB-20 Dual-Mode System with Seamless Switching & ≤0.05 mm/m Straightness is developed to meet the growing needs of research institutions and industrial laboratories. By supporting different testing requirements within one integrated system, it provides users with a practical solution for a wide range of material evaluation projects while helping improve testing efficiency and workflow.

Supporting Dynamic Material Research

Dynamic material testing has become an important part of product development in many industries. Engineers and researchers use this type of testing to evaluate the performance of metallic materials, composites, polymers, ceramics, and other engineering materials under dynamic loading conditions.

The Split Hopkinson Combined Compression Tension Bar is widely used in laboratories where consistent testing and flexible operation are essential. It supports experimental studies, material comparison, academic research, and engineering verification without adding unnecessary complexity to laboratory operations.

Designed for Flexible Laboratory Applications

Research projects often require testing different materials and adapting to changing experimental objectives. Equipment that offers reliable performance and convenient operation can help laboratories improve productivity while maintaining consistent testing quality.

The ZDSHB-20 is suitable for a variety of research environments, including:

Universities and academic laboratories
Government research institutions
Aerospace research centers
Automotive engineering laboratories
Defense material research
Industrial quality evaluation
Advanced material development

Its practical design allows users to perform dynamic testing more efficiently while supporting long-term laboratory operation.

Meeting the Needs of Modern Research

As research continues to advance, laboratories increasingly value equipment that is dependable, easy to operate, and adaptable to different applications. Rather than focusing solely on one type of material or project, many organizations prefer testing systems that can support multiple research directions over time.

The ZDSHB-20 is designed with these practical requirements in mind. It helps laboratories carry out dynamic material testing with stable performance while providing the flexibility needed for evolving research programs.

A Reliable Partner for Material Testing

Selecting the right testing equipment is an important step for any laboratory or research organization. Beyond equipment performance, factors such as application support, long-term reliability, and professional service also contribute to successful research projects.

With experience in material testing equipment, ZONEDE Instruments is committed to providing practical solutions that support laboratories, universities, and industrial customers in their research and testing activities.

To learn more about the ZDSHB-20 Dual-Mode System with Seamless Switching & ≤0.05 mm/m Straightness, please visit our Product Page.Product Page:
https://en.zonede-instruments.com/products/1.html

The information above is provided for reference only. Actual product information, technical specifications, and application solutions may vary depending on specific requirements. If you have any questions or would like to learn more, please visit our https://en.zonede-instruments.com/contact.html page for professional consultation.

ZDSHPB-50/80 Large-Diameter (Φ50/Φ80 mm) Solution for Rock, Concrete & Geomaterials

ZONEDE Instruments Participates in the 8th National Symposium on Naval Vessel Shock Resistance Technology

BLOGS

ZDSHTB-20 Captures Dynamic Fracture & Tensile Strength at 10²–10³ s⁻¹ for Composites

The ZDSHTB-20 is a high-performance Split Hopkinson Direct Tensile Bar system developed for dynamic tensile testing of composites and other advanced materials. Operating at strain rates of 10²–10³ s⁻¹, it enables accurate evaluation of dynamic fracture and tensile strength for research, material development, and engineering validation. Ideal for universities, research institutes, and industrial laboratories, the system supports applications in aerospace, automotive, defense, and advanced manufacturing.

ZDSHPB-20 System Delivers 10²–10⁴ s⁻¹ Strain Rate with 4 MHz Data Acquisition for Metals & Polymers

The ZDSHPB-20 System is an advanced SHPB test solution designed for dynamic material testing of metals, polymers, and composite materials. With a strain rate range of 10²–10⁴ s⁻¹ and 4 MHz high-speed data acquisition, it delivers accurate and reliable impact testing results for research laboratories, universities, and industrial R&D. The system supports material characterization, product development, and engineering validation across aerospace, automotive, and defense applications.

ZDSHPB-50/80 Large-Diameter (Φ50/Φ80 mm) Solution for Rock, Concrete & Geomaterials

dynamic testing of rock, concrete, and other geomaterials. It provides laboratories and research institutions with a reliable solution for impact testing, supporting engineering research, material evaluation, and infrastructure development.

ZDSHB-20 Dual-Mode System with Seamless Switching & ≤0.05 mm/m Straightness