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商品の詳細:
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| 製品: | ミニラボ 冷回転機 研究開発用 | シート材: | 鉄鋼,銅,ニッケル合金など |
|---|---|---|---|
| シートコイル幅: | 100~300mm | コイル入力の厚さ: | 0.5-5mm |
| ローリングタイプ: | 逆転性 | 押し下げなさい: | サーボ,水力 |
| オートメーション: | PLC | ローリング速度: | 0～30m/分 |
| 熱する炉: | 付いたり 付かなかったり | 冷却: | 風、水、または油 |
| ミルンタイプ: | 2Hi、4Hi または 6Hi | データ: | 保存と印刷 |
Mini Laboratory Cold Rolling Mill for R & D 100-300mm width 2Hi 4Hi
Mini Laboratory cold rolling mill is kind of mini cold mill, compact, precision-engineered system designed to simulate industrial metal rolling processes in controlled research environments. Laboratory cold rolling mills bridge fundamental research and industrial scaling, offering unparalleled control, precision, and versatility for metallurgical studies. They enable cost-effective exploration of rolling mechanics, accelerating material innovations and process optimizations. It performs plastic deformation of metal sheets/strips at hot, room or near-ambient temperatures via rotating rolls, achieving the aims of:
Widely used in Applications:
Process simulation, Material R&D, Fundamental research:, Education, Prototype production, etc.
Bench-top or standalone installation.
Rolling force: Typically 5–100 metric tons (vs. industrial-scale 1000+ tons).
Roll dimensions: Work roll diameter: Ø20–200 mm
Roll barrel length: 100–300 mm
Material capacity:
Width: 50–300 mm
Initial thickness: 0.1–5 mm → Final thickness: <1 µm–0.5 mm (foils).
Micron-level gap control: Servo-driven or hydraulic screw-down systems (accuracy: ±1–10 µm).
Advanced instrumentation: Real-time monitoring of rolling force, gap, speed, tension, and temperature.
Programmable automation: PLC/PC-controlled multi-pass schedules, variable reductions, and tension profiles.
Optional tension control: Integrated uncoiler/coiler for strip rolling simulations.
Interchangeable rolls: Options for material (steel, tungsten carbide), surface finish (polished, textured), and profile (flat, crowned).
Wide parameter ranges: Adjustable speed (0.1–30 m/min) and reduction per pass (1–50%).
Modular add-ons: Heating/cooling units, in-line thickness gauges, or surface scanners.
Emergency stops, safety interlocks, and protective enclosures compliant with lab standards.
Frame: Rigid housing (closed-gap or short-stress path design) to withstand rolling forces.
Work rolls: Precision-ground, high-hardness rolls for direct material contact.
Backup rolls (4-high/6-high mills): Minimize work roll deflection for uniform thickness.
Screw-down system:
Mechanical (servo + ball screw) or hydraulic actuation.
Drive system: Motor (AC/DC/servo) + gearbox + spindle coupling.
Material guidance: Entry/exit tables with lateral alignment.
Tension control (optional): Motorized uncoiler/coiler with load cells.
Sensors & DAQ: Force transducers, encoders, laser micrometers, etc.
HMI/Software: Parameter setting, data logging, and process visualization.
| Parameter | Range |
| Max rolling force | 5–100 T |
| Work roll diameter | Ø50–160 mm |
| Roll face width | 100–250 mm |
| Max entry thickness | 0.5–5 mm |
| Min exit thickness | 10 µm–0.5 mm |
| Speed | 0.1–30 m/min |
| Thickness control | ±1–10 µm |
Steels (low-carbon, stainless)
Aluminum/copper/titanium/magnesium alloys
Nickel superalloys
Metal-matrix composites
Precious metal foils (Au, Ag)
✔ Low operational cost (energy/space/maintenance vs. industrial mills)
✔ Rapid experimentation with high-repeatability conditions
✔ Comprehensive data acquisition for process-structure-property analysis
✔ Customizable workflows (single/multi-pass, tension/compression modes)
✔ Minimal safety risks for lab environments
コンタクトパーソン: Mrs. Megan Yan
電話番号: 86-18951513765
ファックス: 86-510-88159195
