Product Overview

The Electric Screw Press is a high-precision die forging machine designed for hot and warm metal forming processes. Driven by an advanced servo motor system, this press delivers accurate and controllable forging energy, ensuring consistent product quality and superior surface finish.

Unlike traditional friction presses, the electric screw press features flexible stroke control without a fixed bottom dead center, preventing overload and significantly extending die life. Its strong anti-eccentric load capability makes it ideal for complex and precision forging applications.

This machine is widely used across industries such as aerospace, automotive, heavy machinery, and hardware manufacturing, providing an efficient, energy-saving solution for modern forging production.

Features & Benefits

• Precise Energy Control
  Servo-driven system ensures accurate forging force and repeatability.

• No Fixed Bottom Dead Center
  Prevents overload and improves operational safety.

• Strong Anti-Eccentric Load Capacity
  Suitable for complex and asymmetrical forging parts.

• Extended Die Life
  Reduced impact and optimized motion minimize die wear.

• Energy Efficient Operation
  Lower power consumption compared to traditional friction presses.

Product Parameters

Product Application

The electric screw press is suitable for multiple metal forming processes:

• Die forging (hot & warm forging)

• Fine pressing for high precision parts

• Correcting and calibration of forged components

• Metal bending and forming

• Coining and surface embossing

Industries:

• Aerospace components manufacturing

• Automotive and transportation parts

• Tractor and heavy machinery production

• Tooling and hardware industry

• Kitchenware and daily metal products

• Refractory and high-temperature alloy processing

FAQ

Q1: What is an electric screw press used for?
A: It is used for precision metal forging, including hot forging, fine pressing, bending, and coining.

Q2: What are the advantages over friction presses?
A: It offers better energy control, higher efficiency, lower energy consumption, and longer die life.

Q3: Can it handle complex shapes?
A: Yes, it has strong anti-eccentric load capability, making it ideal for complex forgings.

Q4: Is it suitable for high-precision applications?
A: Absolutely. It ensures consistent force control and high repeatability.

Q5: What materials can be processed?
A: Steel, stainless steel, aluminum, titanium alloys, and other forgeable metals.