All News
Logo

Notification Center

No messages!

Notification Center

No messages!

Categories

    • •All “Technologies” Subcategories
    • •Artificial Intelligence
    • •Cars
    • •Gadgets
    • •Internet
    • •Space
    • •New Energy
    • •All “Science” Subcategories
    • •Physics & Chemistry
    • •Sun
    • •Medicine & Biology
    • •Astronomy & Astrophysics
    • •History & Archeology
    • •Quantum physics
    • •Genetics
    • •All “Planet” Subcategories
    • •Oceans
    • •Animals
    • •Discovery
    • •Flora
    • •Unusual Phenomena
    • •Weather & Ecology
    • •Antarctica
    • •All “Society” Subcategories
    • •Music
    • •Records
    • •Art
    • •Architecture
    • •Gossip
    • •Disclosure
    • •Films
    • •Fashion
    • •Food & Kitchen
    • •All “Money” Subcategories
    • •Taxes
    • •Auctions
    • •Banks & Currency
    • •Showbiz
    • •Cryptocurrency
    • •Stock Market
    • •Companies
    • •All “World Events” Subcategories
    • •Summary
    • •Breaking news
    • •International Organizations
    • •Summit Meetings
    • •Upcoming global events
    • •Trump U.S.
    • •All “Human” Subcategories
    • •Meow and woof
    • •Consciousness
    • •Design
    • •Youth
    • •Psychology
    • •Education
    • •Trips
    • •Languages

Follow us

  • •Technologies
  • •Science
  • •Planet
  • •Society
  • •Money
  • •World Events
  • •Human

Share

  • •Music
  • •Records
  • •Art
  • •Architecture
  • •Gossip
  • •Disclosure
  • •Films
  • •Fashion
  • •Food & Kitchen
  • About us
  • Terms of Use
  • Privacy Policy
  • Home
  • Society
  • Food & Kitchen

Advancements in Robotic Blackberry Harvesting Technology

15:41, 25 July

Edited by: Olga Samsonova

Researchers have developed a soft robotic gripper designed to harvest blackberries with minimal damage, addressing labor shortages in agriculture. The gripper, inspired by the human hand, utilizes silicone fingers equipped with sensors to apply appropriate force during harvesting. Field tests demonstrated that the gripper could harvest berries with minimal damage, maintaining a harvesting reliability of approximately 95% and a rate of about 4.8 seconds per berry. This innovation offers a promising solution for automating the delicate process of blackberry harvesting, potentially reducing labor costs and improving efficiency in the industry.

Sources

  • FreshPlaza

  • University of Arkansas News

  • Justia Patents Search

  • Phys.org

Read more news on this topic:

01 August

Traditional Food Rituals Reflecting Collective Consciousness Across Cultures

01 August

Embracing Summer's Bounty: A Culinary Journey of Lightness

01 August

Embracing the Spectrum: A Colorful Path to Well-being

Did you find an error or inaccuracy?

We will consider your comments as soon as possible.