We make Instrument Robots for medical and scientific instruments.
Our robots are fully featured XYZ motion systems for moving microplates, glass slides or other payloads around inside your instrument. Each robot is highly integrated and optimized for size, enabling the most compact instrument possible.
We help Original Equipment Manufacturer's (OEMs) rise above the competition with the best technology and the lowest cost.
We focus on the robot so you can focus on your business.
To start a new project with us we will need a few bits of data from you.
First will be a complete application description along with any 3D CAD models or sketches that are available.
Along with that we will want to review the requirements necessary to make this successful in the application. This is sometimes referred to as the acceptance criteria. Examples of such data are listed below:
Min/Max Payload Requirement
X, Y, and Z axis Travel Requirement
Instrument Internal Envelope Dimensions
Min/max Speed Requirement
Operation Environment (i.e. hot, cold, humid)
X, Y, and Z axis Accuracy
Duty Cycle (i.e., 24/7 or intermittently)
Minimum Life Expectancy
Other important questions will be, how many units per year do you require for production and what are your timelines for first prototype delivery and production.
We make Instrument Robots for medical and scientific instruments.
Our robots are fully featured XYZ motion systems for moving microplates, glass slides or other payloads around inside your instrument. Each robot is highly integrated and optimized for size, enabling the most compact instrument possible.
We help Original Equipment Manufacturer's (OEMs) rise above the competition with the best technology and the lowest cost.
We focus on the robot so you can focus on your business.
To start a new project with us we will need a few bits of data from you.
First will be a complete application description along with any 3D CAD models or sketches that are available.
Along with that we will want to review the requirements necessary to make this successful in the application. This is sometimes referred to as the acceptance criteria. Examples of such data are listed below:
- Min/Max Payload Requirement
- X, Y, and Z axis Travel Requirement
- Instrument Internal Envelope Dimensions
- Min/max Speed Requirement
- Operation Environment (i.e. hot, cold, humid)
- X, Y, and Z axis Accuracy
- Duty Cycle (i.e., 24/7 or intermittently)
- Minimum Life Expectancy
Other important questions will be, how many units per year do you require for production and what are your timelines for first prototype delivery and production.
