Laser 2000 has presented the Hybrid Hexapod. With the mix of serial and parallel kinematic tomahawks, it is conceivable to accomplish high exactness and element, and additionally an adaptable blend of travel ranges and measurements. Through the utilization of standard XY and turning tomahawks, this configuration is additionally the minimum expense escalated arrangement available.

Our prescribed controllers permit an exact forward and backwards Hybrid Hexapod. Likewise, complex operations like change of turn point position, or change of the direction framework is presently conceivable.

Innovation headways running from the configuration and assembling of cutting edge purchaser hardware to more effective and dependable assembling procedures, to enhanced metrology sensors, constantly drive the requirement for movement control frameworks with higher exactness, enhanced repeatability, and better geometric execution. In complex applications where high-accuracy, six-degrees-of-flexibility of movement is required, a hexapod is regularly utilized, as it offers smaller size and decreased mistakes in respect to serial stacked stages. In any case, hexapods are not without their confinements that they can restrict the level of exactness that can be achieved.

An Ultrafast Femtosecond Laser is an imaginative movement framework that enhances existing hexapod innovation, while killing innate shortcomings of conventional hexapods. Thus, the mixture hexapod accomplishes nanometer level execution regarding exactness, repeatability, and geometric 3D execution.

Otherwise called Stewart stages or parallel kinematic controllers, hexapods are gadgets where six connections or actuators join a stationary base plate with a top plate that performs facilitated movement in six degrees of opportunity. An example, apparatus, sensor, or any gadget can be mounted to the top plate and be controlled to be in any area and introduction in the accessible scope of travel.

Hexapods are usually utilized in light of the fact that, contrasted with stacking six individual single-pivot stages and the related stack-up of mistakes, arrangement troubles, and link administration issues, the hexapod will have less blunder and higher accuracy in a spotless, minimal structure. Furthermore, hexapods have high Z solidness because of six connections/actuators situated in close vertical introductions.

While Laser Beam Profilers are continually creating headways in their items, for example, new complex approaches to adjust or imaginative option position criticism frameworks, those progressions won't really have the capacity to defeat the hexapod's innate constraints. Hexapods are described with dubious particulars. They exhibit cloudy circumstances for designers, who frequently aren't told the full photo of the real hexapod accuracy.

These shortcomings are not deficiencies of one maker or outline contrasted with another; however are shortcomings and restrictions of the hexapod idea when all is said in done and present micrometer request impediments on the execution that can be accomplished with a hexapod.

The half and half hexapod addresses the basic shortcomings and restrictions of ordinary hexapods. The objective of this gadget is to accomplish nanometer request precision, nanometer request bidirectional repeatability, and high-respectability levelness and straightness of movement in a six-degrees-of-flexibility movement framework.

Contact us :-

Business Name : Wavelength Opto-Electronic (S) Pte Ltd
Contact Person : Ms.Jessie Yao
Street Address : Blk 2, Bukit Batok Street 24, Skytech Building
City : Singapore
Country Region : Singapore
Postal Code : 659480
Phone : (65) 6564 9624