Pulsar

Platform

The modular robotics platform engineered for medical applications

Modular robotics building blocks for developing custom medical robots and systems with safety by design.

Certified Quality Management System (QMS)
ISO 13485:2016

Complies with
ISO-82304 standard

Our three core design principles

Mastered modularity

Modular building blocks tailored to your application, built on a robotics platform fully developed and controlled by Niryo.

18 modular joint sizes

In-house development of critical components

Lifecycle and obsolescence management

Full access to interfaces and robotic data

Safety by design

A robotics architecture designed to meet the safety requirements of medical applications while simplifying development.

Redundant controllers and power electronics

Hardware and software redundancy

Designed to support medical standards

Safety functions that simplify risk analysis

Open API

A software environment providing full access to robotic data and real-time motion control.

Real-time Ethernet communication

Embedded real-time scripting

Full access to robotic data

Variable and trajectory management

Technology building blocks
 for custom medical applications

Modular joints

A portfolio of 18 modular joints to build robots tailored to applications ranging from minimally invasive surgery to high-payload systems.

18 sizes available

Modular architecture

Suitable for a wide variety of applications

Dual robotic controller

Dual controllers coordinate joint-space and Cartesian motion in real time to deliver high performance and built-in redundancy.

Real-time management

Joint and Cartesian control

Redundant architecture

Force sensor

Continuously measures interaction forces to enable precise, contact-sensitive robot motion.

Real-time force sensing

Safe human-robot interaction

Designed for medical applications

Capacitive sensor

Detects human presence before contact, enhancing the safety of human-robot interaction.

Contactless detection

Enhanced safety

Ideal for collaborative applications

Compliance & certification

A platform developed in accordance with international standards for medical devices.

ISO 13485:2016 Certified Quality Management System

Designed to Support ISO 82304 Compliance

Technical documentation for regulated product development

Simulation software

Configure, simulate, and validate your application in a virtual environment before deployment.

Robotic cell modeling

Motion and behavior simulation

Collision detection

Safety built into every layer

Safety is built into every layer of the platform. Each layer independently monitors, verifies, and protects its operation, while the dual robot controller coordinates system-wide safety.

LEVEL 1

Joint-level safety

Each robotic joint incorporates redundant safety mechanisms that continuously monitor its operation.

LEVEL 2

Movement safety

Robot motion is continuously monitored in Cartesian space to ensure accurate and consistent trajectory execution.

LEVEL 3

Interaction Safety

I/O modules and sensors continuously monitor the robot’s environment to ensure safe human-robot interaction

Why choose Pulsar.Platform?

Accelerate development

First prototype in 10 days

Custom robot in 4 months

Ready-to-integrate technology building blocks

Take control of your technology

In-house development of critical components

Comprehensive technical documentation

Full access to data and interfaces

Simplify certification

Designed to support medical standards

Available technical documentation

Certification support tailored to your needs

Do you have a medical robotics project?

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