A robot is generally capable of repeating the same move towards a specific point in space, over and over, within a high level of tolerance (referred to as 'unidirectional Repeatability'), generally well below 0.1mm.
Robots have historically been taught manually, i.e. using the robot's 'teach pendant' to manually drive the robot's TCP to the desired point along the part to be operated on, while visually verifying – as much as feasible ...
Whether a particular robot-cell has been initially put in service using traditional manual robot programming methods, or through Off-Line Programming Simulation-based techniques, that robot-cell might need to...
Whether a particular robot-cell was originally programmed manually, or through Off-Line Programming (see "Off-Line Programming with No Touchup"), it is imperative to maintain the positional accuracy of these original rob...
Those same 'Recovery' calibration tools allowing one to maintain a robot-cell's initial Absolute Accuracy (see "Maintain your Robot's Accuracy throughout Production") offer an additional critical benefit: reduce robot downtime – following a sudden...
Robotic applications such waterjet cutting, laser cutting, applying a bead of sealant, arc-welding, etc. are generally 'path-intensive', in that such applications require the Robot's TCP to accurately follow a specific path along...
Manufacturing plants in all industries require ongoing inspection of their production parts, to monitor consistency and quality of the production process. Typical part features to measure are the diameter and the location of a hole (circle, slot, etc.), the location of an...
One typical issue to deal with in various robotic applications is the variation from part to part of the location of the fixture holding the part the robot is operating on; another typical case is simply the variation of the pa...
Some robot applications require the highest possible accuracy – close to the robot's repeatability, i.e. typically < 0.1mm – which robot-cell calibration alone cannot achieve, especially in the case of external dynamic ...
Drilling, Routing, Trimming and other machining operations are high-force applications historically handled by dedicated equipment, such as CNC's.
In today's world of flexible automation, end-users must be able to rely on the performance of their robot when executing various programs and applications.
Most of Dynalog's products require a solid communication line and reliable integration not only with the robot controller, but with other equipment as well, such as with numerous measurement devices, with...
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Dynalog does not publish or share public pricing. There is no public MSRP or standard price list. Pricing is available only through a custom quote based on your project requirements.
Temperature compensation in robotics refers to techniques used to counteract thermal-induced errors in industrial robots, ensuring consistent positioning accuracy despite temperature fluctuations. The ambient temperature changes and the robot self-heating can induce the thermal related errors in the robot. Dynalog’s AccuBeam and DynaFlex products provide the ability to compensate robot for thermal-induced errors.
Robot guidance is the accurate identification of the part location with respect to robot. This feature is required when the part is not located repeatedly in the same location with respect to the robot.
Robotic inspection system is used to measure parts to identify the part dimensions and features are within tolerance. It includes an off the shelf industrial robot with a 3D sensor mounted to the robot end-effector. Dynalog’s DynaFlex system provides the high Absolute Accuracy and Accuracy Over-time required of such systems.
The roPOD system recalibrates the Tool Center Point (TCP) X, Y, Z, and Orientation. In addition, it can also recalibrate the zero-position mastering of the robot.
Yes, the roPOD system has a feature called “QuickCheck” that based on a couple of measurements of the end-effector can identify any change in the Tool Center Point.
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