HighPrecision Temper Mill Factory Leading China Suppliers of Metal Processing Equipment
Our premium Temper Mill is a high-precision industrial solution engineered for the metal processing industry, specifically designed to optimize the mechanical properties and surface finish of rolled metal strips. By integrating advanced automation with robust mechanical engineering, this system ensures superior flatness control and precise elongation management, making it indispensable for high-end metal cutting and processing tool manufacturing.
Equipped with a sophisticated digital control architecture, the mill offers unparalleled stability in rolling force and tension. Whether you require wet or dry rolling processes, our Temper Mill adapts to your specific production requirements, delivering consistent quality through state-of-the-art servo controls and a comprehensive auxiliary support system for maximum operational efficiency.
Detailed Parameters
| Control System | Siemens / ABB PLC with Touch Screen | Drive Control | Full Digital Inverter Speed Control |
|---|---|---|---|
| Force Control | Automatic Constant Rolling Force (AFC) | Elongation Control | Automatic Constant Elongation (AEC) |
| Position Control | Automatic Position Control (APC) | Tension Control | Automatic Constant Tension (ATC) |
| Flatness System | Positive/Negative Bending Work Roll | Bending Control | High-Precision Servo Control |
| Rolling Process | Flexible Wet or Dry Rolling Options | Lubrication | Central Circulating Oil & Oil-Air System |
Key Advantages
Precision Automation
Fully integrated AFC, AEC, APC, and ATC systems ensure absolute consistency in every roll.
Operational Efficiency
Features automatic threading and unloading to drastically reduce downtime and manual labor.
Advanced Electricals
Powered by global leaders Siemens and ABB for industry-leading reliability and speed control.
Intuitive HMI
Comprehensive Human-Machine Interface for real-time data collection, display, and storage.
Superior Flatness
Utilizes a professional positive/negative bending system for perfect strip flatness.
Robust Support
Integrated high-pressure servo stations and roll coolant systems for extreme durability.
Product Gallery
Management Platforms
Data Storage
Automated HMI archiving for all production parameters and historical performance.
Speed Optimization
Digital inverter control for seamless speed transitions and precise synchronization.
Process Monitoring
Real-time alerts and status updates via the Siemens/ABB PLC touch screen.
Tooling Management
Quick roll change devices designed to minimize transition times between jobs.
Hydraulic Control
Dedicated high-pressure servo stations for precise mechanical actuation.
Thermal Regulation
Advanced roll coolant systems for wet tempering to maintain thermal stability.
Investment Return Comparison
| Performance Metric | Standard Mill | Our Advanced Temper Mill |
|---|---|---|
| Setup Time | Manual/Slow | Automatic Threading/Fast |
| Flatness Accuracy | Basic Control | Servo-Driven Bending System |
| Waste Rate | Moderate | Ultra-Low (via AFC/ATC) |
| Control Interface | Analog/Basic | Digital HMI (Siemens/ABB) |
| Maintenance Cost | High (Wear-prone) | Low (Centralized Lubrication) |
Frequently Asked Questions
The Temper Mill is used to control the mechanical properties of the metal strip, adjusting hardness and improving flatness and surface quality through controlled rolling.
AEC maintains a constant elongation percentage by dynamically adjusting the rolling force, ensuring precise thickness and material properties.
Yes, our system is designed to be flexible and can be configured for either wet or dry rolling depending on your specific process requirements.
We utilize industry-standard high-end components from Siemens and ABB, including PLCs, touch screens, and digital inverter speed control devices.
Flatness is controlled through a positive/negative bending system of the work rolls, driven by high-precision servo controls.
The mill includes a central circulating oil lubrication system, oil-air lubrication, roll coolant systems, and high-pressure servo stations.
