Remote controlled robot solution

Robot Solutions

Remote controlled robot solution for business continuity

Remote controlled robot solution for business continuity

Our products coexist with the safety and productivity of workers under the potential hazardous space.

No Specialized Knowledge

Our remote-controlled robots are designed for immediate use after installation, without requiring any specialized knowledge or lengthy training.
The dedicated controller can be installed on a desk, while enabling intuitive operation and improved work efficiency.
The multi-fingered robot hand can handle general tasks without needing to be replaced with a dedicated robot hand for each specific purpose. Furthermore, the interface of the robot hand is designed
to be compatible, making it easy to switch to a dedicated hand as needed.

No technical knowledge required for operation

Safety and Productivity

Ensuring worker safety is our top priority, but balancing safety and work efficiency with conventional technology has been difficult.
Our remote work solutions not only reduce non-operational time required to ensure worker safety, but also contribute to increased productivity by reducing physical and mental stress on workers in harsh
environments, improving their motivation and creativity.

Physical burden
production efficiency

Perfect Tracablity

Our products allow for monitoring and recording of robot movements, achieving complete traceability.
Recorded data includes not only camera footage, but also robot motion data, which can be utilized for quality assurance and improving work efficiency. For example, by accumulating motion data and issuing warnings or interruptions when workers perform different operations, it is possible to always perform the same task even when workers are changed.
In addition, comparing data between highly skilled and less skilled workers can be used as a tool for effective training.

Data Conversion of Work

Sustainability

Our product enables a significant reduction in entry into restricted areas such as radiation-controlled zones and P4-level virus labs.
This results in a reduction in the use of disposable products by operators, decreased preparation time for contamination prevention, and a reduction in waste after use. As a result, our product greatly contributes
to cost reduction in special environments.

Reduction of disposable items
cost reduction

No Specialized Knowledge

Our remote-controlled robots are designed for immediate use after installation, without requiring any specialized knowledge or lengthy training.
The dedicated controller can be installed on a desk, while enabling intuitive operation and improved work efficiency.
The multi-fingered robot hand can handle general tasks without needing to be replaced with a dedicated robot hand for each specific purpose. Furthermore, the interface of the robot hand is designed
to be compatible, making it easy to switch to a dedicated hand as needed.

No technical knowledge required for operation

Safety and Productivity

Ensuring worker safety is our top priority, but balancing safety and work efficiency with conventional technology has been difficult.
Our remote work solutions not only reduce non-operational time required to ensure worker safety, but also contribute to increased productivity by reducing physical and mental stress on workers in harsh
environments, improving their motivation and creativity.

Physical burden
production efficiency

Perfect Tracablity

Our products allow for monitoring and recording of robot movements, achieving complete traceability.
Recorded data includes not only camera footage, but also robot motion data, which can be utilized for quality assurance and improving work efficiency. For example, by accumulating motion data and issuing warnings or interruptions when workers perform different operations, it is possible to always perform the same task even when workers are changed.
In addition, comparing data between highly skilled and less skilled workers can be used as a tool for effective training.

Data Conversion of Work

Sustainability

Our product enables a significant reduction in entry into restricted areas such as radiation-controlled zones and P4-level virus labs.
This results in a reduction in the use of disposable products by operators, decreased preparation time for contamination prevention, and a reduction in waste after use. As a result, our product greatly contributes
to cost reduction in special environments.

Reduction of disposable items
cost reduction

Area

Medical,
Biotechnology
Space
Chemical
Atomic Energy
Semiconductor
Medical,
Biotechnology
Space
Chemical
Atomic Energy
Semiconductor
Technical Features

Technical features

Robots

Siliconless Arm/Hand

Our product achieves high resistance to radiation and electromagnetic waves by not incorporating semiconductor components in the robot hand and robot arm sections while still being able to detect force/ torque.

Designed for use with multi-fingered hand

The design is intended to be used in combination with a multi-fingered hand.
Unlike conventional robot arms, it is possible to route multiple cables inside the arm, reducing the risk of cable breakage.

Controller

Dedicated controller

We have developed a specialized robot controller for business users that reduces fatigue during long-term use, instead of using VR controllers designed for hobby use.

Modular architecture

By adopting a module architecture, we have achieved high expandability. Not only can it be used with a specially designed multi-finger hand for general work, but it can also be easily replaced with a dedicated
end effector specialized for a specific task.
In addition, it can be easily replaced if damaged, and partial upgrades are also possible.

Low latency

Through hardware and software tuning, we have achieved low latency that doesn't stress the operator.
In addition, we plan to develop a dedicated HMD and UI aimed at reducing symptoms of VR sickness and significantly improving operability in stereoscopic vision compared to commercially available VR goggles.

Specifications

Dimensions
TBD mm
Payload
4 kg
Weight
TBD kg
Repeatability accuracy
±0.5 mm
Reach
TBD mm
Acquisition data
6-axis force at tip position
Degrees of freedom
16 DOF (7 DOF on one arm)

Dimensions
TBD mm
Weight
TBD kg
Reach
TBD mm
Degrees of freedom
16 DOF (7 DOF on one arm)
Payload
4 kg
Repeatability accuracy
±0.5 mm
Acquisition data
6-axis force at tip position

LET’STALK

Contact us for robot solutions, contract development, and employment opportunities.
©2023 by Space Robotics Inc.