What is Marveloc-Lab?

Marveloc-Lab is a laboratory measurement device developed by ADSTEC in collaboration with Hammer-IMS, designed for non-contact, non-radiation measurement of basis weight (mg/cm²) in materials like battery electrode sheets.

How does Marveloc-Lab measure basis weight?

It uses an ultrasonic transmission method (Time-of-Flight / intensity detection). Ultrasound is transmitted between sensors placed above and below the material, and the basis weight is calculated based on the propagation characteristics of the ultrasound.

What are the main advantages of Marveloc-Lab?

Key advantages include its non-contact, non-destructive, and non-radiation measurement capabilities, ensuring safety and eliminating the need for special regulatory compliance. It also offers high precision (0.1 mg/cm²), supports a wide range of materials, and features a compact, desktop design for easy lab integration.

Does Marveloc-Lab require special safety precautions?

No, because it does not use radiation, special controlled areas or regulatory compliance are unnecessary, making it safe and easy to introduce and operate.

What types of materials can Marveloc-Lab measure?

It can measure a wide range of sheet materials, including conductive materials such as electrode sheets.

What is the measurement accuracy of Marveloc-Lab?

The measurement accuracy is 0.1 mg/cm² (1σ).

What are the dimensions of Marveloc-Lab?

The dimensions are approximately 434×413×292mm, making it a compact desktop unit.

Is Marveloc-Lab portable?

Yes, it can be transported using a Pelican case, indicating a degree of portability.

AI News NQ Analysis

ADSTEC 开始销售实现非接触、非放射线的目量测量 [mg/cm²] 的「Marveloc-Lab」

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常見問題

Q: What is Marveloc-Lab?: A: Marveloc-Lab is a laboratory measurement device developed by ADSTEC in collaboration with Hammer-IMS, designed for non-contact, non-radiation measurement of basis weight (mg/cm²) in materials like battery electrode sheets.
Q: How does Marveloc-Lab measure basis weight?: A: It uses an ultrasonic transmission method (Time-of-Flight / intensity detection). Ultrasound is transmitted between sensors placed above and below the material, and the basis weight is calculated based on the propagation characteristics of the ultrasound.
Q: What are the main advantages of Marveloc-Lab?: A: Key advantages include its non-contact, non-destructive, and non-radiation measurement capabilities, ensuring safety and eliminating the need for special regulatory compliance. It also offers high precision (0.1 mg/cm²), supports a wide range of materials, and features a compact, desktop design for easy lab integration.
Q: Does Marveloc-Lab require special safety precautions?: A: No, because it does not use radiation, special controlled areas or regulatory compliance are unnecessary, making it safe and easy to introduce and operate.
Q: What types of materials can Marveloc-Lab measure?: A: It can measure a wide range of sheet materials, including conductive materials such as electrode sheets.
Q: What is the measurement accuracy of Marveloc-Lab?: A: The measurement accuracy is 0.1 mg/cm² (1σ).
Q: What are the dimensions of Marveloc-Lab?: A: The dimensions are approximately 434×413×292mm, making it a compact desktop unit.
Q: Is Marveloc-Lab portable?: A: Yes, it can be transported using a Pelican case, indicating a degree of portability.