Sharma Presses

The frame of Prakash Screw Press consist of four steel casted frames, held together by four hydraulicaly pretensioned tie rods, and thus ensuring longevity of the frame, and forming of more accurate parts, and reducing the overall weight and size of the press.

Description
Frame
The frame of Prakash Screw Press consist of four steel casted frames, held together by four hydraulicaly pretensioned tie rods, and thus ensuring longevity of the frame, and forming of more accurate parts, and reducing the overall weight and size of the press.

Screw
A particular wear-resistant bronze alloy screw nut that is fastened to the ram. The screw drive's thread architecture, which features an optimised tooth profile and four start threads, has already shown itself to be strong and resilient.

Screw Nut
Screw nut is of special wear resistance bronze alloy fixed in the ram. Thread geometry in the screw drive with optimized tooth profile and fourstart threads, has already proved to be durable and tough in the past.

Motors and Driving System of the Press
Two powerful, high-torque motors are used to provide the drive, and they are connected by a bull gear to the flywheel's exterior diameter. A sliding clutch built inside the flywheel regulates the push force.

Foundation
Low vibration during press operation is ensured by optional spring damping foundation pads underneath the mild steel bed plate.

Lubrication
The recirculating oil lubrication system continually lubricates the screw, thrust bearing, and guides.

Safety
Prakash Servo Screw Press is equipped with digital. The Prakash Servo Screw Press has a digital tonnage monitor, which uses strain gauges to measure and record the force applied during the forming process. To avoid potential damage to the press, the system shows a warning message and pauses the cycle when the maximum allowable force is exceeded. Photoelectric sensors are installed on the front and rear of the columns.

Advantages

• Increased production capacity as a result of enhanced performance and higher reliability.
• Large functioning capacity/overload protection for protection.
• Maximum repeat accuracy and exact adjustment of the energy output.
• Numerous possibilities for controlling the stroke.
• Precise, optimised ram guiding.
• Forging process controllability at its best.
• Reduced noise emissions and energy use.
• Due to the strong design, there is a long lifespan and operational safety.
• Pre-tensioned tie rods allow for exact adjustment of the frame's spring stiffness.
• Even at low forming energy, high press stroke rate.
• Low prices for maintenance and services.

 

Description
Frame
The frame of Prakash Screw Press consist of four steel casted frames, held together by four hydraulicaly pretensioned tie rods, and thus ensuring longevity of the frame, and forming of more accurate parts, and reducing the overall weight and size of the press.

Screw
A particular wear-resistant bronze alloy screw nut that is fastened to the ram. The screw drive's thread architecture, which features an optimised tooth profile and four start threads, has already shown itself to be strong and resilient.

Screw Nut
Screw nut is of special wear resistance bronze alloy fixed in the ram. Thread geometry in the screw drive with optimized tooth profile and fourstart threads, has already proved to be durable and tough in the past.

Motors and Driving System of the Press
Two powerful, high-torque motors are used to provide the drive, and they are connected by a bull gear to the flywheel's exterior diameter. A sliding clutch built inside the flywheel regulates the push force.

Foundation
Low vibration during press operation is ensured by optional spring damping foundation pads underneath the mild steel bed plate.

Lubrication
The recirculating oil lubrication system continually lubricates the screw, thrust bearing, and guides.

Safety
Prakash Servo Screw Press is equipped with digital. The Prakash Servo Screw Press has a digital tonnage monitor, which uses strain gauges to measure and record the force applied during the forming process. To avoid potential damage to the press, the system shows a warning message and pauses the cycle when the maximum allowable force is exceeded. Photoelectric sensors are installed on the front and rear of the columns.

Advantages

• Increased production capacity as a result of enhanced performance and higher reliability.
• Large functioning capacity/overload protection for protection.
• Maximum repeat accuracy and exact adjustment of the energy output.
• Numerous possibilities for controlling the stroke.
• Precise, optimised ram guiding.
• Forging process controllability at its best.
• Reduced noise emissions and energy use.
• Due to the strong design, there is a long lifespan and operational safety.
• Pre-tensioned tie rods allow for exact adjustment of the frame's spring stiffness.
• Even at low forming energy, high press stroke rate.
• Low prices for maintenance and services.

Description
Frame
The frame of Prakash Screw Press consist of four steel casted frames, held together by four hydraulicaly pretensioned tie rods, and thus ensuring longevity of the frame, and forming of more accurate parts, and reducing the overall weight and size of the press.

Screw
A particular wear-resistant bronze alloy screw nut that is fastened to the ram. The screw drive's thread architecture, which features an optimised tooth profile and four start threads, has already shown itself to be strong and resilient.

Screw Nut
Screw nut is of special wear resistance bronze alloy fixed in the ram. Thread geometry in the screw drive with optimized tooth profile and fourstart threads, has already proved to be durable and tough in the past.

Motors and Driving System of the Press
Two powerful, high-torque motors are used to provide the drive, and they are connected by a bull gear to the flywheel's exterior diameter. A sliding clutch built inside the flywheel regulates the push force.

Foundation
Low vibration during press operation is ensured by optional spring damping foundation pads underneath the mild steel bed plate.

Lubrication
The recirculating oil lubrication system continually lubricates the screw, thrust bearing, and guides.

Safety
Prakash Servo Screw Press is equipped with digital. The Prakash Servo Screw Press has a digital tonnage monitor, which uses strain gauges to measure and record the force applied during the forming process. To avoid potential damage to the press, the system shows a warning message and pauses the cycle when the maximum allowable force is exceeded. Photoelectric sensors are installed on the front and rear of the columns.

Advantages

• Increased production capacity as a result of enhanced performance and higher reliability.
• Large functioning capacity/overload protection for protection.
• Maximum repeat accuracy and exact adjustment of the energy output.
• Numerous possibilities for controlling the stroke.
• Precise, optimised ram guiding.
• Forging process controllability at its best.
• Reduced noise emissions and energy use.
• Due to the strong design, there is a long lifespan and operational safety.
• Pre-tensioned tie rods allow for exact adjustment of the frame's spring stiffness.
• Even at low forming energy, high press stroke rate.
• Low prices for maintenance and services.

Description
Frame
The frame of Prakash Screw Press consist of four steel casted frames, held together by four hydraulicaly pretensioned tie rods, and thus ensuring longevity of the frame, and forming of more accurate parts, and reducing the overall weight and size of the press.

Screw
A particular wear-resistant bronze alloy screw nut that is fastened to the ram. The screw drive's thread architecture, which features an optimised tooth profile and four start threads, has already shown itself to be strong and resilient.

Screw Nut
Screw nut is of special wear resistance bronze alloy fixed in the ram. Thread geometry in the screw drive with optimized tooth profile and fourstart threads, has already proved to be durable and tough in the past.

Motors and Driving System of the Press
Two powerful, high-torque motors are used to provide the drive, and they are connected by a bull gear to the flywheel's exterior diameter. A sliding clutch built inside the flywheel regulates the push force.

Foundation
Low vibration during press operation is ensured by optional spring damping foundation pads underneath the mild steel bed plate.

Lubrication
The recirculating oil lubrication system continually lubricates the screw, thrust bearing, and guides.

Safety
Prakash Servo Screw Press is equipped with digital. The Prakash Servo Screw Press has a digital tonnage monitor, which uses strain gauges to measure and record the force applied during the forming process. To avoid potential damage to the press, the system shows a warning message and pauses the cycle when the maximum allowable force is exceeded. Photoelectric sensors are installed on the front and rear of the columns.

Advantages

• Increased production capacity as a result of enhanced performance and higher reliability.
• Large functioning capacity/overload protection for protection.
• Maximum repeat accuracy and exact adjustment of the energy output.
• Numerous possibilities for controlling the stroke.
• Precise, optimised ram guiding.
• Forging process controllability at its best.
• Reduced noise emissions and energy use.
• Due to the strong design, there is a long lifespan and operational safety.
• Pre-tensioned tie rods allow for exact adjustment of the frame's spring stiffness.
• Even at low forming energy, high press stroke rate.
• Low prices for maintenance and services.