Our Product / Services
We offer a complete product range of Hdcm Belt Driven Horizontal Balancing Machines, Vac Auto Correction Vertical Balancing Machine, HDM Horizontal Balancing Machines and Hdvm Vertical Balancing Machines
Precision belt-driven horizontal balancing machines for dynamic balancing of rotors, rollers, and shafts in industrial applications—ideal for maintenance workshops and high-accuracy production environments.
VAC Auto Correction Vertical Balancing Machine\nOverview\n
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The VAC Auto Correction Vertical Balancing Machine is a high-precision, fully automatic vertical balancing system designed to meet the rigorous demands of industrial production environments. It performs balancing and correction in a single integrated cycle, drastically reducing cycle time and operator dependency.
Digital Unbalance Display
\nIndependent digital panel meters (DPMs) show amount and angle of unbalance for both planes.
\nProvides high linear accuracy:
\nUnbalance Amount Accuracy: ±1 digit
\nUnbalance Angle Accuracy: ±1 degree
\nRPM Indication (Digital)
\nContinuous digital display of balancing speed (RPM) is available as a standard feature.
\nAuto Stop Function
\nThe machine automatically stops after the unbalance readings stabilize—no manual stopping required.
\nSimultaneous Indication
\nReal-time display of amount and angle of unbalance in both planes.
\nResults remain visible until the next run—eliminates the need for plane selection and shortens reading time.
\nDigital Keypad Input
\nRotor dimensions and balancing tolerances (A, B, C, R1, R2, tl1, tl2) can be input digitally via keypad, ensuring precise entry up to 1 digit.
\nTolerance Indicators
\nDedicated LED indicators for each plane light up when unbalance falls within preset tolerance levels.
\nAuto-Range Selection
\nAutomatically switches between coarse and fine ranges based on the unbalance magnitude.
\nNo need for manual multiplier adjustments.
\nRotor Data Storage
\nStores configuration data for multiple rotor types by assigned numbers.
\nFor repeat jobs, simply select the rotor type number—no need for re-measuring or re-entering data.
\nSelf-Check Mode
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A built-in self-diagnostic feature tests digital displays and LEDs in a cyclic sequence.
\nFacilitates quick fault identification and ensures system integrity.
\nDigital Unbalance Indication
\nIndependent digital panel meters (DPMs) for both planes show amount and angle of unbalance.
\nHigh linear accuracy:
\n±1 digit for amount
\n±1 degree for angle
\nDigital RPM Display
\nContinuous display of balancing speed through dedicated DPM.
\nAuto Stop Functionality
\nMachine automatically stops once unbalance readings are stabilized—enhancing ease of operation.
\nSimultaneous Indication
\nReal-time display of unbalance in both planes simultaneously, eliminating plane selection and reducing cycle time.
\nDigital Keypad Input
\nRotor dimensions and tolerance values (A, B, C, R1, R2, tl1, tl2) are entered digitally via keypad with precision up to 1 digit.
\nTolerance Indicators
\nDedicated LED indicators light up for each plane when unbalance is within tolerance limits.
\nAuto-Range Selection
\nSystem automatically selects coarse or fine measurement range depending on unbalance value—no manual multiplier needed.
\nRotor Data Storage
\nStores balancing parameters for multiple rotors by type number.
\nQuick recall eliminates re-entry or re-measurement for repeat jobs.
\nSelf-Check Function
\nBuilt-in "Self-Check" mode performs a diagnostic of digital displays and LEDs in a loop for quick fault detection.
\nVertical drilling attachment with thrust compensation
\nHorizontal drilling attachment with thrust compensation
\nWeight attachment for manual correction
\nCustom attachments tailored to specific customer needs
\nPrinter Compatibility
\nDot matrix printer can be integrated via proprietary ‘FIE’ software for result printouts.
\nCompensation Indication (via FIE Software)
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Advanced software supports 3 to 99 component indication, ideal for rotors requiring unbalance correction at fixed locations.
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