Skip to main content
NR

Nexera Robotics

Nexera Robotics develops the NeuraGrasp technology platform to solve complex robotic grasping challenges through a combination of proprietary hardware and software. Their solution integrates the compliant MemBrain™ interface with an AI-driven Machine Brain for intelligent object interaction. This system enables reliable, damage-free manipulation of a diverse range of objects with varying shapes and materials.

Zürich, SwitzerlandFounded 202112700+ followers
Updated 4 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

Robotic grasping systems struggle to reliably handle objects with diverse shapes, sizes, and materials, often causing damage or requiring extensive reprogramming for each new item. This limitation hinders automation in industries like e-commerce and grocery fulfillment, where robots must manipulate a wide variety of products.

Solution

Nexera Robotics' NeuraGrasp platform combines soft, compliant MemBrain™ surfaces with a Machine Brain AI to enable robots to grasp a wide variety of objects without damage. The MemBrain™ technology conforms to the object's shape, providing a secure hold, while the Machine Brain AI uses sensory input and computer vision to determine the optimal grasping strategy. This combination allows NeuraGrasp to handle challenging shapes, sizes, and delicate items with high reliability and minimal programming.

Target Audience

The primary target audience includes companies in e-commerce, e-grocery, and e-apparel industries seeking to automate their fulfillment operations, as well as any industry requiring robotic manipulation of diverse and delicate items.

Features

  • MemBrain™: Soft, compliant surfaces that conform to object features for a firm grasp.
  • Machine Brain (AI): Advanced algorithms that mimic the human cortex to determine the best grasping strategies.
  • On-board sensory inputs: Provides real-time feedback for precise manipulation.
  • Computer vision: Enables the system to identify and analyze objects for optimal grasping.
  • High diversity: Accommodates an unparalleled range of weights, sizes, and materials.
  • Damage mitigation: Eliminates damage to items during manipulation.
This profile is AI-generated and may contain inaccuracies.