The 180DF Indexer is driven directly by a motor, which can be either an AC motor with encoder or a servo motor. Both options provide extremely high accuracy (less than 10 arc seconds) and allow the indexer to be driven via a dedicated drive or robot drive. The loading capacity of this series of indexers is greatly increased by the design of the cartridge cam and cam follower. This unique design realizes unprecedented inertial loading capacity.

Mill indexer with AC motor servo motor, particularly in machine tools, production lines, and automation control systems, mill indexers with AC motor and servo motor are a highly accurate industrial equipment extensively utilised in manufacturing and processing sectors. Its main purpose is to use exact indexing placement to drive workpieces or other equipment to process or assemble at specified places.

Customers can use any brand of servo motor to accommodate the servo brand of your choice, and you are free to change motor brands from project to project.

180DF Dimensional Drawing 180DF Parameters

Mill indexer with AC motor servo motor based on electric control system and precise mechanical construction. AC motors fit situations requiring long-term continuous operation as they provide steady and continuous power. With superior endurance and efficiency than DC motors, AC motors are more suited for high-power and high load uses. Particularly fit for running conditions requiring quick and frequent positioning changes, servo motors employ closed-loop control systems to accurately manage the rotation and positioning of equipment, therefore obtaining very high indexing accuracy and dynamic reaction. The two together let Mill Indexer maintain high-intensity operation while guaranteeing indexing's stability and precision.

The main benefit of this combo equipment is its high accuracy and flexibility, which can automatically and fast swap workstations during multi-workstation processing, thus enhancing production efficiency. Furthermore, sophisticated control systems included in most equipment may be connected with contemporary CNC equipment to get automated control and data feedback, fit for highly customised production demands and complicated machining operations.

Especially helping to improve machining precision, increasing production efficiency, and lowering human mistakes, mill indexer with AC motor and servo motor is an irreplaceable core tool in the manufacturing industry.

Q: What is a divider?

A: A divider is a mechanical device for intermittent output motion from continuous input motion. Usually found in automated devices such robots, production lines, and packaging machines that need for exact placement.

Q: An AC servo motor serves to what purpose?

A: High-precision control capacity of the communication servo motor allows one to precisely regulate the divider's angle of inclination and movement speed. It is appropriate for uses requiring frequent speed and position modification as it helps the divider to keep great-precision placement under various operating situations.

Q: Using a divider in concert with a servo motor has what benefits?

A: Perfect positional control made possible by the servo motor guarantees the accuracy of every division.
Easy speed and acceleration of motion allow the servo system to satisfy different application needs.
Torque control: By means of load variations, servo motors may provide suitable torque, thereby preventing mechanical system overload.
High dependability: The divider itself may increase the equipment's service life when combined with a servo motor; it also has a small construction, is strong and robust.

Q: How may one pick a decent AC servo motor?

A: Load requirement: Find the load size the divider must drive to choose a servo motor with corresponding capacity.
Choice of servo motor and encoder resolution depends on the application scenario's positioning precision needs.
Need for acceleration and speed: The production line rhythm or working tempo will guide your choice of speed and acceleration range for the servo motor.
Based on the equipment's installation location, decide the exterior measurements and servo motor installation technique.

Q: How vary stepper and servo motors in terms of communication?

A: Whereas stepper motors have open-loop control and may lose step under heavy loads, servo motors have closed-loop control systems that can more precisely manage position and speed.
While the torque of stepper motors declines with increasing speed, servo motors may maintain steady torque output at high speeds.
Servo motors work more smoothly, with less noise and better efficiency, which helps to produce somewhat less heat.

Q: Noting to be done when installing servo motors and dividers?

A: The servo motor's axis and the divider's should be exactly aligned to prevent eccentricity-induced damage or vibration.
Make sure the motor's and the divider's connection is well attached to avoid slippage or loosen under heavy loads.
Correctly adjusting the servo motor's settings in the driver will help the system to run as expected.

Q: How can one keep dividers and AC servo motors running?

A: Regular check-up: Check the connecting components often for looseness; furthermore, look for any unusual motor and division vibrations.
Lubrication and maintenance: The equipment handbook advises routinely adding lubricating oil to the calliper to minimize friction and wear.
cleaning and chilling: Maintaining a clean servo motor cooling fan helps to avoid dust collection compromising the cooling action of the motor.

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Mill Indexer With AC Motor Servo Motor

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