• Servo-driven, pull-down operation. During broaching, the workpiece remains stationary while the broach moves;
• The machine tool is installed in an embedded manner, with an operating position height of approximately 1000mm;
• Equipped with an automatic Tool lifting and feeding mechanism;
• Number of workstations: Single workstation;
• Processing cycle time: 34 seconds per cycle (excluding loading and unloading time, calculated by using the tool lifting and feeding method, running at full stroke, with a broaching speed of 4m/min, see the machine tool processing cycle time table);

• The base and bed are welded by steel plate, which can eliminate stress and enhance stability through thermal aging and vibration aging; The bed is integrally cast and undergoes aging treatment to eliminate stress and enhance stability. The main structure of the machine tool is optimized through dynamic finite element analysis to ensure sufficient mechanical rigidity.
• The guide rails adopt linear guide rails and are equipped with automatic lubrication and dust-proof devices to ensure reliable dust-proof and lubrication effects.
• The machine tool has good process ability and is suitable for assembly line work. Reserve the automation interface as per the customer's requirements.
• The machine tool adopts a tool movement mode, single-station operation, and the broach is automatically guided for broaching to ensure processing accuracy.
• The operation position is equipped with protection.
• The machine tool is equipped with an internal magnetic automatic chip removal device.
• The specific specifications of the main and auxiliary tool holder will be determined after the tool confirmation.

• Delta PLC control system is adopted. The system is equipped with point mode, segmented mode and automatic mode.
• Machine tool control includes:

• Automatic fault diagnosis function
• Alarm Function
• Power-off protection function
• Protection and prompt function for machine tool misoperation

• The machine tool adopts two control methods: touch screen human-machine interface and button control. Key data are protected by passwords on the parameter screen.
• The point operation/segmented mode is mostly used during debugging, while the automatic mode is used during automatic production and processing.
• The machine tool is equipped with a safety interlock function, and there are corresponding electrical interlocks between each key action to ensure the safety of the equipment and personnel.

• The machine adopts microcomputer control lubrication, with low oil level alarm function and pump problem alarm function. The lubrication start-up is set according to the number of processing cycles, and the lubrication system alarm is indicated on the screen.
• The installation position of the lubricating oil pump is convenient for oiling and maintenance.

• The machine tool is equipped with an internal magnetic automatic chip removal device, which is arranged at the rear of the machine tool.
• The magnetic chip conveyor utilizes the strong magnetic effect generated by magnetic materials to separate powdery and granular iron chips and debris in the coolant medium, adsorbing them onto the working surface of the chip conveyor to ensure good chip removal. After the iron filings are discharged, they fall into a dedicated chip collection vehicle to ensure that neither the iron filings nor the cutting fluid fall to the ground. When there is a problem with the motor, an alarm will be triggered.
• The cooling box is equipped with multi-stage filter screen devices and a low liquid level alarm device. When the liquid level drops below the alarm level, the machine tool will stop the circulation and sound an alarm. 

Definition: A Servo Vertical Internal Broaching Machine is a CNC-controlled machine tool designed for high-precision internal broaching operations. It utilizes servo motors to drive the broach tool vertically downwards through a stationary workpiece clamped on the machine table. This process cuts complex internal shapes like keyways, splines, serrations, squares, hexagons, and other non-circular profiles with exceptional accuracy.

Applications: It is extensively used in industries requiring precise internal features, particularly:

• Automotive: Manufacturing transmission components (gears, hubs, synchronizers), steering components, and engine parts.

• Aerospace: Producing turbine discs, landing gear components, and other high-strength parts with internal splines or keyways.

• Hydraulics & Fluid Power: Creating internal profiles for valve bodies, cylinders, and pump components.

• General Engineering: Production of gears, sprockets, couplings, and any part needing accurate internal forms.

Key Features:

1. Servo Drive: Provides precise control over broach speed, force, and position, enabling optimal cutting parameters, improved surface finish, and reduced tool wear.

2. Vertical Orientation: Simplifies workpiece loading/unloading (especially for heavy parts), facilitates chip fall-away, and offers a compact footprint.

3. High Precision & Repeatability: CNC control and servo technology ensure tight tolerances and consistent part quality batch after batch.

4. Efficiency & Productivity: Enables fast cycle times, quick tool changes, and often features automated loading/unloading integration.

5. Versatility: Can handle a wide range of internal shapes and sizes by changing the broach tool and fixtures.

6. Reduced Maintenance: Typically requires less maintenance compared to hydraulic broaching machines.

• Servo-driven, pull-down operation. During broaching, the workpiece remains stationary while the broach moves;
• The machine tool is installed in an embedded manner, with an operating position height of approximately 1000mm;
• Equipped with an automatic Tool lifting and feeding mechanism;
• Number of workstations: Single workstation;
• Processing cycle time: 34 seconds per cycle (excluding loading and unloading time, calculated by using the tool lifting and feeding method, running at full stroke, with a broaching speed of 4m/min, see the machine tool processing cycle time table);

• The base and bed are welded by steel plate, which can eliminate stress and enhance stability through thermal aging and vibration aging; The bed is integrally cast and undergoes aging treatment to eliminate stress and enhance stability. The main structure of the machine tool is optimized through dynamic finite element analysis to ensure sufficient mechanical rigidity.
• The guide rails adopt linear guide rails and are equipped with automatic lubrication and dust-proof devices to ensure reliable dust-proof and lubrication effects.
• The machine tool has good process ability and is suitable for assembly line work. Reserve the automation interface as per the customer's requirements.
• The machine tool adopts a tool movement mode, single-station operation, and the broach is automatically guided for broaching to ensure processing accuracy.
• The operation position is equipped with protection.
• The machine tool is equipped with an internal magnetic automatic chip removal device.
• The specific specifications of the main and auxiliary tool holder will be determined after the tool confirmation.

• Delta PLC control system is adopted. The system is equipped with point mode, segmented mode and automatic mode.
• Machine tool control includes:

• Automatic fault diagnosis function
• Alarm Function
• Power-off protection function
• Protection and prompt function for machine tool misoperation

• The machine tool adopts two control methods: touch screen human-machine interface and button control. Key data are protected by passwords on the parameter screen.
• The point operation/segmented mode is mostly used during debugging, while the automatic mode is used during automatic production and processing.
• The machine tool is equipped with a safety interlock function, and there are corresponding electrical interlocks between each key action to ensure the safety of the equipment and personnel.

• The machine adopts microcomputer control lubrication, with low oil level alarm function and pump problem alarm function. The lubrication start-up is set according to the number of processing cycles, and the lubrication system alarm is indicated on the screen.
• The installation position of the lubricating oil pump is convenient for oiling and maintenance.

• The machine tool is equipped with an internal magnetic automatic chip removal device, which is arranged at the rear of the machine tool.
• The magnetic chip conveyor utilizes the strong magnetic effect generated by magnetic materials to separate powdery and granular iron chips and debris in the coolant medium, adsorbing them onto the working surface of the chip conveyor to ensure good chip removal. After the iron filings are discharged, they fall into a dedicated chip collection vehicle to ensure that neither the iron filings nor the cutting fluid fall to the ground. When there is a problem with the motor, an alarm will be triggered.
• The cooling box is equipped with multi-stage filter screen devices and a low liquid level alarm device. When the liquid level drops below the alarm level, the machine tool will stop the circulation and sound an alarm.