Shanghai MicroPort EV MedTech Co. Ltd. A - Asset Resilience Ratio

Latest as of March 2026: 49.23%

Shanghai MicroPort EV MedTech Co. Ltd. A (688351) has an Asset Resilience Ratio of 49.23% as of March 2026. The Asset Resilience Ratio measures the percentage of a company's total assets that are held in liquid form (cash and short-term investments). This metric indicates how well-positioned the company is to handle unexpected financial challenges, economic downturns, or strategic opportunities without requiring external financing. See financial agility of Shanghai MicroPort EV MedTech Co. Ltd. A to measure the company's free cash flow as a share of total liabilities.

Liquid Assets

CN¥983.77 Million
≈ $143.96 Million USD Cash + Short-term Investments

Total Assets

CN¥2.00 Billion
≈ $292.44 Million USD All company assets

Resilience Assessment

Very High
Financial Resilience Level

Asset Resilience Ratio Trend (2022–2025)

This chart shows how Shanghai MicroPort EV MedTech Co. Ltd. A's Asset Resilience Ratio has changed over time. See 688351 equity to assets ratio to measure how much of total assets are equity-financed.

Liquid Assets Composition Over Time

This chart breaks down Shanghai MicroPort EV MedTech Co. Ltd. A's liquid assets into cash & equivalents and short-term investments, showing how the composition has evolved over time. For market capitalisation and broader financial context, see 688351 market cap overview.

Current Liquid Assets Breakdown

Component Amount % of Total Assets
Cash & Equivalents CN¥0.00 0%
Short-term Investments CN¥983.77 Million 49.23%
Total Liquid Assets CN¥983.77 Million 49.23%

Asset Resilience Insights

  • Very High Liquidity: Shanghai MicroPort EV MedTech Co. Ltd. A maintains exceptional liquid asset reserves at 49.23% of total assets.
  • This level provides strong protection against economic uncertainties but may indicate potential for more aggressive growth investments.
  • The company has significant short-term investments, indicating active treasury management.

Shanghai MicroPort EV MedTech Co. Ltd. A Industry Peers by Asset Resilience Ratio

Compare Shanghai MicroPort EV MedTech Co. Ltd. A's asset resilience ratio with other companies in the same industry.

Company Industry Asset Resilience Ratio
Double Medical Technology Inc
SHE:002901
Medical Devices 12.59%
Shenzhen New Industries Biomedical
SHE:300832
Medical Devices 9.95%
L&C Bio Co. Ltd
KQ:290650
Medical Devices 2.14%
INKON Life Technology Co Ltd
SHE:300143
Medical Devices 5.73%
Shenzhen Lifotronic Technology Co
SHG:688389
Medical Devices 2.53%
Shanghai General Healthy Information and Technology Co. Ltd.
SHG:605186
Medical Devices 0.84%
Eurobio Scientific SA
PA:ALERS
Medical Devices 10.52%
Hi-Clearance
TWO:1788
Medical Devices 2.55%

Annual Asset Resilience Ratio for Shanghai MicroPort EV MedTech Co. Ltd. A (2022–2025)

The table below shows the annual Asset Resilience Ratio data for Shanghai MicroPort EV MedTech Co. Ltd. A.

Year Asset Resilience Ratio (%) Liquid Assets Total Assets Change
2025-12-31 51.53% CN¥1.03 Billion
≈ $150.28 Million
CN¥1.99 Billion
≈ $291.65 Million
-6.00pp
2024-12-31 57.53% CN¥1.09 Billion
≈ $159.41 Million
CN¥1.89 Billion
≈ $277.11 Million
-0.98pp
2023-12-31 58.51% CN¥1.07 Billion
≈ $156.10 Million
CN¥1.82 Billion
≈ $266.80 Million
+9.44pp
2022-12-31 49.07% CN¥879.61 Million
≈ $128.71 Million
CN¥1.79 Billion
≈ $262.30 Million
--
pp = percentage points

About Shanghai MicroPort EV MedTech Co. Ltd. A

SHG:688351 China Medical Devices
Market Cap
$1.61 Billion
CN¥11.03 Billion CNY
Market Cap Rank
#7085 Global
#1617 in China
Share Price
CN¥23.43
Change (1 day)
+1.78%
52-Week Range
CN¥19.29 - CN¥27.52
All Time High
CN¥28.60
About

Shanghai MicroPort EP MedTech Co., Ltd. engages in the research, development, production, and sale of medical devices in the field of electrophysiological interventional diagnosis and ablation therapy in China and internationally. The company offers cardiac ablation catheters, diagnostic catheters, and system navigational solutions; access conventional solutions; cryoablation solutions; and robot… Read more