robotic prosthetic

USAGE SUMMARY

The phrase "robotic prosthetic" is correct and usable in written English.
It can be used to describe a type of prosthetic limb or device that is powered by robotics or technology to assist individuals with mobility or functionality. Example: "The latest advancements in robotic prosthetic technology have significantly improved the quality of life for amputees."

✓ Grammatically correct

Science

News & Media

Human-verified examples from authoritative sources

Exact Expressions

11 human-written examples

And if my arm's sliced off with a lightsabre, you think my stormtrooper's comp will cover the robotic prosthetic?

The New Yorker

Ten thousand students from 91 countries entered 7,500 projects in the science fair, including transforming recycled cans into solar ovens, building robotic prosthetic limbs and developing 3-D indoor navigation for blind people.

The New York Times

Only at Tokyo, which has a reputation for being a free-spirited, sometimes whimsical auto show, would you find an electric unicycle, a car that drives like a video game, robotic prosthetic aids or a prototype for a solar-powered gasoline-free gas station.

The New York Times

"This philosophy can be used for more than just fish" — for example, in robotic prosthetic limbs.

TechCrunch

The future development of bio-integrated devices will improve the functionality of robotic prosthetic limbs.

Journal of Biomechanics

This paper reports the sensing and control of a robotic prosthetic eye that moves horizontally in synchronization with the movement of the natural eye.

IFAC Proceedings Volumes

Human-verified similar examples from authoritative sources

Similar Expressions

49 human-written examples

We present several non-dimensional relations that can aid designers in the fabrication of robotic and prosthetic limbs optimized for work and power delivery.

Robotics and Autonomous Systems

The sensor design is targeted for use in robotic and prosthetic hands, where haptic feedback or ability to detect shear forces associated with slip are critical.

Sensors and Actuators A: Physical

Both with and without continuous force monitoring, the PapillArray sensor can be used to improve dexterous manipulation in robotic and prosthetic grippers.

Sensors and Actuators A: Physical

The major failing of robotic and prosthetic grippers in mimicking the dexterity of the human hand is thought to be a lack of adequate tactile sensing which provides feedback for grip control.

Sensors and Actuators A: Physical

A Colorado man is now the first shoulder level double-amputee to successfully receive and operate two robotic Modular Prosthetic Limbs (MPLs), according to a Tuesday announcement from Johns Hopkins University's Applied Physics Laboratory.

Vice

Expert writing Tips

Best practice

When describing specific functionalities, combine "robotic prosthetic" with descriptive adjectives to highlight unique features, such as "brain-controlled robotic prosthetic" or "sensory-enabled robotic prosthetic".

Common error

Avoid using "robotic prosthetic" as a blanket term without specifying the technology's capabilities. Instead, be precise about the features, control mechanisms, or sensory feedback provided by the "robotic prosthetic".

Linguistic Context

The phrase "robotic prosthetic" functions as a compound adjective modifying a noun, describing a prosthetic limb that incorporates robotic technology. Ludwig AI indicates the phrase is correct and usable in written English.

Expression frequency: Uncommon

Frequent in

Science

40%

News & Media

40%

Wiki

10%

Less common in

Formal & Business

0%

Encyclopedias

0%

Reference

0%

Ludwig's WRAP-UP

In summary, the phrase "robotic prosthetic" is a grammatically correct and technically descriptive term that identifies advanced prosthetic limbs incorporating robotic technology. Ludwig AI confirms its usability, and its primary function is to describe a technologically sophisticated device. Usage is most common in scientific, technical, and news contexts. Related phrases include "bionic limb" and "mechatronic prosthetic". When using the term, precision in describing specific features and avoiding over-generalization are key best practices. Overall, "robotic prosthetic" serves as an important descriptor in discussions about advanced medical technology and assistive devices.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

bionic limb

Focuses on the biological integration of the prosthetic.

mechatronic prosthetic

Highlights the integration of mechanical and electronic engineering.

advanced prosthetic limb

Emphasizes the sophisticated technology involved.

electronically controlled prosthetic

Specifies the method of control.

computerized prosthetic

Highlights the role of computers in the device.

smart prosthetic limb

Indicates intelligent or adaptive features.

powered prosthetic

Focuses on the source of energy and movement.

artificially intelligent prosthetic

Highlights the device's capacity for AI functionality.

automated prosthetic limb

Emphasizes the device's autonomous function.

high-tech prosthetic

General term emphasizing the advanced technology utilized.

FAQs

What is a "robotic prosthetic"?

A "robotic prosthetic" is an artificial limb that uses robotic technology, including motors, sensors, and computer control, to mimic the function and movement of a natural limb.

What are some alternatives to saying "robotic prosthetic"?

You can use alternatives like "bionic limb", "mechatronic prosthetic", or "advanced prosthetic limb" depending on the context.

How does a "robotic prosthetic" differ from a traditional prosthetic?

A "robotic prosthetic" uses advanced technology like microprocessors and motors for powered movement, offering more functionality and control compared to traditional prosthetics, which are typically passive or body-powered.

What advancements are being made in "robotic prosthetic" technology?

Current advancements in "robotic prosthetic" technology focus on improving sensory feedback, brain-computer interfaces, and more natural and intuitive control mechanisms to enhance the user's experience and functionality.