HighPrecision Temper Mill Machine Suppliers and Factory in China
Our high-performance Temper Mill is engineered for precision metal processing, specializing in enhancing surface quality and controlling the mechanical properties of metal strips. By integrating advanced automation with robust mechanical engineering, this mill ensures superior flatness and consistent elongation, meeting the most stringent industrial standards for metal cutting and processing tools.
Designed for versatility and reliability, the system supports both wet and dry rolling processes depending on specific production requirements. With a focus on operational efficiency and high-precision control, our Temper Mill optimizes the final stages of the rolling line, ensuring that every coil delivered achieves the perfect balance of hardness and ductility.
Detailed Parameters
| Force Control | Automatic Constant Rolling Force (AFC) | Elongation Control | Automatic Constant Elongation (AEC) |
|---|---|---|---|
| Positioning | Automatic Position Control (APC) | Tension Control | Automatic Constant Tension (ATC) |
| PLC System | Siemens or ABB PLC with Touch Screen | Drive Control | Full Digital Inverter Speed Control |
| Bending System | Servo-controlled Positive/Negative Bending | HMI Interface | Integrated Data Collection & Storage |
| Lubrication | Central Circulating Oil & Oil-Air Systems | Cooling System | Roll Coolant System for Wet Tempering |
Key Advantages
Precision Force Control
Utilizes AFC and ATC to ensure uniform material thickness and tension across the entire coil width.
High Automation
Features automatic threading and unloading to minimize downtime and increase production throughput.
Superior Flatness
Advanced positive/negative bending of work rolls guarantees optimal strip flatness and surface quality.
Intelligent HMI
User-friendly HMI for real-time data collection, visualization, and historical storage for quality audits.
Advanced Electronics
Powered by world-leading Siemens/ABB digital inverters and PLCs for seamless operational stability.
Flexible Processing
Supports both wet and dry rolling processes to adapt to diverse material and industry requirements.
Product Gallery
Management Platforms
Threading Management
Fully automatic threading system to reduce manual intervention and speed up cycle times.
Rolling Force Control
AFC system maintaining constant pressure for uniform mechanical property distribution.
Tension Monitoring
ATC system ensuring strip stability and preventing deformation during high-speed rolling.
Roll Change System
Quick roll change device designed to minimize equipment downtime during maintenance.
Hydraulic Control
High-pressure servo stations combined with low-pressure hydraulics for precise actuation.
Lubrication Management
Centralized circulating and oil-air lubrication systems for extended roll longevity.
Investment Return Comparison
| Metric | Standard Temper Mill | Our Advanced Mill |
|---|---|---|
| Setup Time | Manual/Slow | Automatic/Rapid |
| Flatness Precision | Basic Mechanical | Servo-Controlled Bending |
| Energy Efficiency | Standard Drive | Digital Inverter Control |
| Waste Rate | Moderate | Ultra-Low (via AEC/AFC) |
| Maintenance Cycle | Frequent | Extended (Oil-Air Sys) |
Frequently Asked Questions
AFC (Automatic Constant Rolling Force) ensures the pressure remains stable for consistent thickness, while AEC (Automatic Constant Elongation) controls the stretch of the material to achieve the desired mechanical hardness.
Yes, the mill is designed with the flexibility to operate in either wet or dry rolling modes, including a dedicated roll coolant system for wet tempering requirements.
The system dynamically adjusts the curvature of the work rolls, allowing for precise compensation of flatness deviations across the strip width.
We utilize industry-leading Siemens or ABB PLCs and digital inverter speed control systems to ensure maximum reliability and precision.
The mill includes automatic threading, automatic coil unloading, and a quick roll change device to significantly accelerate production transitions.
The system employs a combination of a central circulating oil lubrication system and an oil-air lubrication system for comprehensive wear protection.
