NanoVoxel 3000 CT Scan X-ray 3D độ phân giải siêu cao

NanoVoxel 3000 High-Resolution 3D X-Ray CT Scan System

The NanoVoxel 3000 high-resolution 3D X-ray CT Scan system from Sanying delivers premium non-destructive testing at the nanometer scale. Explore this pinnacle industrial CT Scan equipment, distributed officially by Maxlab Equipment.

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Breaking Frontiers in Non-Destructive Testing with the NanoVoxel 3000 High-Resolution 3D X-Ray CT Scan System from Sanying

In today’s high-tech industrial era, analyzing the internal structure of materials without damaging their original shape has become a vital requirement. To solve the problem of non-destructive testing at both micro and macro levels, leading laboratories are constantly searching for breakthroughs in 3D imaging technology.

Understanding this urgent need, Maxlab Equipment proudly introduces to the market a pinnacle of engineering: the NanoVoxel 3000 high-resolution 3D X-ray CT Scan system. Developed by the prestigious manufacturer sanying, this advanced industrial computed tomography solution opens a new era for research in materials science, geology, electronics, and advanced manufacturing.

1. CT Scan Technology and the Trend of Non-Destructive 3D X-Ray Analysis

Traditional inspection methods often require cutting, grinding, or destroying specimens to observe internal layers. This not only destroys the integrity of the sample but also makes it impossible to evaluate mechanical changes under real-world conditions.

The introduction of industrial CT Scan systems combined with 3D X-ray imaging has completely changed the game. By emitting X-ray beams through a specimen at multiple angles, the scanner collects thousands of two-dimensional cross-sectional data slices. Advanced computer algorithms then reconstruct a complete digital 3D model of the entire object.

The NanoVoxel 3000 high-resolution 3D X-ray CT Scan system from sanying represents the peak of this technology. Instead of stopping at the micrometer scale like conventional scanners, this system pushes the boundaries of analysis down to the nanometer level. It clearly reveals hidden internal defects, sub-micron pores, and micro-molecular bonds that are otherwise impossible to see.

2. Outstanding Features of the NanoVoxel 3000 High-Resolution 3D X-Ray CT Scan System

Thoroughly researched and engineered by sanying, the NanoVoxel 3000 model possesses exclusive features that set it apart in the global market:

Tube-Open and Transmission X-Ray Source: The system is equipped with a micro/nano focus transmissive X-ray source. This architecture minimizes the distance between the test sample and the focal spot, delivering absolute image clarity, especially for low-to-medium density specimens.
Spectacular Spatial Resolution and Detectability: The machine boasts a detail detectability of up to 40 nm when combined with an objective coupling detector, alongside an ideal spatial resolution of 500 nm. The smallest structural flaws within materials are laid bare.
Diverse and Flexible Scanning Modes: The system integrates a variety of advanced scanning modes, including spiral scan, offset scan, and limited angle scan. This allows operators to easily customize the process based on the complex geometry of each unique sample.
Intelligent Automated Sampling: To enhance operational efficiency in busy laboratories, the NanoVoxel 3000 supports an auto sampling system for continuous, automated batch testing without requiring constant human intervention.
Advanced In-Situ 4D Imaging Capabilities: One of the most valuable aspects of this system is its high compatibility with mechanical loading, pressure, and temperature modules. Users can perform “In-situ” measurements—scanning the sample while applying force or changing temperatures—to track crack propagation or structural deformation in real time (the 4th dimension).

3. Impressive Technical Specifications of NanoVoxel 3000 by Sanying

To provide specialists with an objective and accurate view, here is a summary of the core technical specifications of the NanoVoxel 3000 system provided by Maxlab Equipment:

Detail Detectability: 200 nm (Flat panel detector) / 40 nm (Optional objective coupling detector).
Spatial Resolution: 500 nm for both detector configurations.
X-Ray Source Voltage: Flexible, powerful power options ranging from 160KV, 190KV, 225KV, up to a maximum of 240KV.
Flat Panel Detector Pixel Matrix: 1920 × 1536 with a wide imaging area of 244mm × 195mm to accelerate data acquisition.
Maximum Sample Size: Up to 450mm in diameter and 350mm in height.
Maximum Sample Weight: Up to 15 kg, significantly outperforming many standard nano-CT systems on the market.
Total Equipment Weight: Approximately 5000 kg (5 tons) with a robust mechanical anti-vibration frame, ensuring absolute stability during long scans at high magnification.

4. Multi-Industry Practical Applications of NanoVoxel 3000

By integrating the NanoVoxel 3000 high-resolution 3D X-ray CT Scan system, the equipment becomes an indispensable asset across numerous spearhead industries:

Oil & Gas Geology

In the petroleum industry, understanding the dynamic pore network inside drilled rock cores is the key to optimizing extraction. The device helps reconstruct the 3D space of micro-fractures, calculate porosity and permeability, and accurately simulate fluid flow through rock layers without destroying the original core samples.

Advanced Materials Research and Additive Manufacturing

Metal and polymer 3D printing often face risks of residual stress or internal gas bubbles. Applying 3D X-ray scanning with the NanoVoxel 3000 allows for the early detection of micro-cracks, evaluation of internal surface roughness, and quality control of complex mechanical components after fabrication.

Lithium Batteries and Electronics

For manufacturers of next-generation energy storage, controlling electrolyte distribution and detecting internal short circuits is critical. The CT Scan system from sanying looks straight through the rolled electrode layers inside the battery casing, identifying delamination or the growth of dangerous dendrites without requiring mechanical dismantling.

Biomedicine, Dentistry, and Archaeology

In biomedical research, the machine provides excellent support for analyzing bone density, the micro-structure of teeth, plant tissues, or rare artifacts that must be strictly preserved without contact.

5. Maxlab Equipment – Your Trusted Sanying Distribution Partner

Investing in a NanoVoxel 3000 high-resolution 3D X-ray CT Scan system requires professionalism not only in equipment selection but also in deployment capacity, technology transfer, and after-sales maintenance services.

Maxlab Equipment is proud to be a leading, reputable provider of high-quality laboratory equipment solutions. When choosing a solution from Maxlab Equipment, customers receive firm commitments:

100% Genuine Products: Maxlab Equipment directly distributes industrial CT Scan product lines from the sanying brand with full certificates of origin and quality.
Highly Skilled Engineers: Our technical team is fully trained by the manufacturer, possessing a deep understanding of X-ray technology and 3D reconstruction software to help customers optimize their scanning workflows.
Turnkey Solutions: From site surveys and radiation safety shielding calculations to transporting the 5-ton system, calibration, and software handover, Maxlab Equipment manages the entire process professionally.
Long-Term Technical Support: We understand that equipment stability is the core of every research project. Maxlab Equipment promises to accompany customers throughout the product lifecycle with periodic maintenance and fast spare parts supply.

Let the NanoVoxel 3000 system elevate your organization’s research capabilities and quality control to a whole new level!