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- HYPR vs RBOT Comparison
HYPR vs RBOT Comparison
Compare HYPR & RBOT Stocks: Price Trends, ML Decisions, Charts, Trends, Technical Analysis and more.
- Machine Learning Prediction
- ML Decision
- HYPR
- RBOT
- Stock Information
- Founded
- HYPR 2014
- RBOT 2014
- Country
- HYPR United States
- RBOT United States
- Employees
- HYPR N/A
- RBOT N/A
- Industry
- HYPR Medical Specialities
- RBOT Medical Specialities
- Sector
- HYPR Health Care
- RBOT Health Care
- Exchange
- HYPR Nasdaq
- RBOT Nasdaq
- Market Cap
- HYPR 55.9M
- RBOT 46.7M
- IPO Year
- HYPR N/A
- RBOT N/A
- Fundamental
- Price
- HYPR $0.80
- RBOT $7.61
- Analyst Decision
- HYPR Strong Buy
- RBOT Hold
- Analyst Count
- HYPR 3
- RBOT 2
- Target Price
- HYPR $1.06
- RBOT $9.25
- AVG Volume (30 Days)
- HYPR 631.1K
- RBOT 10.3K
- Earning Date
- HYPR 08-07-2025
- RBOT 08-11-2025
- Dividend Yield
- HYPR N/A
- RBOT N/A
- EPS Growth
- HYPR N/A
- RBOT N/A
- EPS
- HYPR N/A
- RBOT N/A
- Revenue
- HYPR $11,732,000.00
- RBOT N/A
- Revenue This Year
- HYPR $12.31
- RBOT N/A
- Revenue Next Year
- HYPR $29.29
- RBOT N/A
- P/E Ratio
- HYPR N/A
- RBOT N/A
- Revenue Growth
- HYPR 0.34
- RBOT N/A
- 52 Week Low
- HYPR $0.53
- RBOT $4.27
- 52 Week High
- HYPR $1.90
- RBOT $19.00
- Technical
- Relative Strength Index (RSI)
- HYPR 58.62
- RBOT 44.55
- Support Level
- HYPR $0.70
- RBOT $7.21
- Resistance Level
- HYPR $0.77
- RBOT $8.02
- Average True Range (ATR)
- HYPR 0.05
- RBOT 0.45
- MACD
- HYPR 0.00
- RBOT -0.08
- Stochastic Oscillator
- HYPR 93.33
- RBOT 19.05
About HYPR Hyperfine Inc.
Hyperfine Inc is a medical device company that created Swoop. The Swoop Portable MR Imaging System produces high-quality images at a lower magnetic field strength than conventional MRI scanners. The company derives its revenue from sale of sales of MRI devices and service sales which consist of sales from subscriptions of bundled devices, maintenance, and software.
About RBOT Vicarious Surgical Inc.
Vicarious Surgical Inc designs a surgical robot that enables surgeons to perform minimally invasive surgery with 3D visualization and accurate control. Its Vicarious Surgical Robotic System is designed with a focus on abdominal access and visualization through a single port.