Mikrolar, Inc. Coordinate Measuring Machine C2000

Description
The C2000 is a Coordinate Measuring Machine based on our Hexapod configuration. The measuring probe, mounted on the platform, is manually driven by an operator to make contact with the part to be measured. During this operation our software keeps track of the hexapods six linear length sensors and then a tool path is extrapolated. Specifically, the length of each sensor changes continuously as the platform is being driven. Our proprietary C2000 software makes use of this data to calculate the Cartesian position and directional vector of the probe. The resulting data can be used to create custom tool paths for operations such as flash removal. Current applications are utilizing this device in conjunction with our water jet cutting technology. It is also being used in conventional types of material removal where each part requires a custom path.
Description
The C2000 is a Coordinate Measuring Machine based on our Hexapod configuration. The measuring probe, mounted on the platform, is manually driven by an operator to make contact with the part to be measured. During this operation our software keeps track of the hexapods six linear length sensors and then a tool path is extrapolated. Specifically, the length of each sensor changes continuously as the platform is being driven. Our proprietary C2000 software makes use of this data to calculate the Cartesian position and directional vector of the probe. The resulting data can be used to create custom tool paths for operations such as flash removal. Current applications are utilizing this device in conjunction with our water jet cutting technology. It is also being used in conventional types of material removal where each part requires a custom path.

Suppliers

Company
Product
Description
Supplier Links
Coordinate Measuring Machine - C2000 - Mikrolar, Inc.
Hampton, NH, USA
Coordinate Measuring Machine
C2000
Coordinate Measuring Machine C2000
The C2000 is a Coordinate Measuring Machine based on our Hexapod configuration. The measuring probe, mounted on the platform, is manually driven by an operator to make contact with the part to be measured. During this operation our software keeps track of the hexapods six linear length sensors and then a tool path is extrapolated. Specifically, the length of each sensor changes continuously as the platform is being driven. Our proprietary C2000 software makes use of this data to calculate the Cartesian position and directional vector of the probe. The resulting data can be used to create custom tool paths for operations such as flash removal. Current applications are utilizing this device in conjunction with our water jet cutting technology. It is also being used in conventional types of material removal where each part requires a custom path.

The C2000 is a Coordinate Measuring Machine based on our Hexapod configuration.
The measuring probe, mounted on the platform, is manually driven by an operator to make contact with the part to be measured. During this operation our software keeps track of the hexapods six linear length sensors and then a tool path is extrapolated.
Specifically, the length of each sensor changes continuously as the platform is being driven. Our proprietary C2000 software makes use of this data to calculate the Cartesian position and directional vector of the probe. The resulting data can be used to create custom tool paths for operations such as flash removal. Current applications are utilizing this device in conjunction with our water jet cutting technology. It is also being used in conventional types of material removal where each part requires a custom path.

Supplier's Site

Technical Specifications

  Mikrolar, Inc.
Product Category Robots
Product Number C2000
Product Name Coordinate Measuring Machine
Robot Type Parallel Robot (Delta/Hexapod); (Robot System)
Drive System Electric
Industry / Application Robotic Assembly; Metal Removal (e.g., Cutting, Deburring, Drilling); Laser Processing Robot; Robotic Welding
Features Ceiling Mount
# of Axes 6 #
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