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Form Fabrication Machine
Description of Form Fabrication Machine
DIDAC Export is devoted towards offering a qualitative range of Super Precision Form Fabrication Machine. The provided grinder is well-manufactured by the special team of our skilled professionals using the latest technology. This grinder is available in various technical specifications as per the requirements of our valuable clients.
Features of Form Fabrication Machine
1. Superb Performance Of Following Up NC Command Values And Repeatability
Ultimate nano-grinding machine aiming at zero transfer error
The guideway of basic axes, such as the grinding wheel spindle, X/Y/Z axis, etc., that comprise the machine, uses a non-contact and polyhedral constraint static guide thoroughly polished by nano-processing machines and a linear motor. Submicron motion characteristics and repeatability are achieved in the entire machining area.
2. Advanced Machine Structure, Which Demonstrates Rigidity And Repeatability At The Machining Point, Is Employed.
Rigid and super-precision machine design allows accurate infeed of hard brittle materials in units of 1nm or 10nm. Each machine unit incorporates a heat target structure principle and is carefully designed taking into consideration long-term machining and changes in peripheral temperature environment.
3. Unparalleled Super-Precision Indexing Unit And Rotary Table
The super-precision DD indexing table compliant with indexing and rotating machining or a super-precision rotary table can be mounted. The rotary table fully utilizing hydrostatic guide technology exhibits outstanding accuracy in machining of heavy and meter-size workpieces. Rotation accuracy in units of submicron is achieved in both axial and radial directions.
4. New Design For Zero Fluctuation Influence To Achieve A More Advanced Mirror-Finished Surface
The actuator of the X, Y and Z axes is driven either by a Nagase original linear motor or ball screws, as you choose.
The super-precision linear motor drive method achieves fast and accurate operation. Furthermore, the combination of the non-contact guide and the non-contact drive can restrict the influence of the mechanical structure on the machining surface and achieve unprecedented quality.