Laurell WS-650Mz-23NPPB Spin Coater|Brand New Stock|With Original Control Panel & Tubing

$16,714.00

Brand-new, unopened Laurell WS-650Mz-23NPPB spin coater. Includes original controller panel and tubing. Suitable for photoresist coating, thin-film preparation, MEMS processes, and materials research. Comes with safety enclosure and warning labels. In-stock for immediate shipment.

Description

This is a Laurell WS-650Mz-23NPPB Spin Coater, suitable for laboratories, R&D centers, and semiconductor process development requiring accurate and uniform thin-film coating.
The unit is brand new, factory-sealed, and includes the original control panel and all required tubing for direct operation.

Features:

  • ✔ Brand-new, unopened condition

  • ✔ Original controller with programmable multi-step speed control

  • ✔ Complete vacuum/air tubing included

  • ✔ Transparent safety enclosure with warning labels

  • ✔ Adjustable acceleration and spin curves

  • ✔ Ideal for photoresist and nanomaterial coating

Typical Applications:

  • Photoresist spin coating

  • Thin film & nanomaterial coating

  • MEMS & microfabrication

  • Polymer film preparation

  • Surface treatment for materials science

Condition:

  • New-in-box

  • Complete accessories

  • Safety stickers installed

Additional spin heads, vacuum accessories, or consumables available upon request.

📌 规格参数表 Specifications

项目 参数(WS-650Mz-23NPPB)
制造商 Manufacturer Laurell Technologies
型号 Model WS-650Mz-23NPPB
旋涂直径 Capacity 最大支持 150 mm(6 inch)基片
转速范围 Spin Speed Range 1 – 12,000 rpm(可编程)
加速度 Acceleration 1 – 30,000 rpm/s(可调)
真空夹头 Vacuum Chuck 多尺寸可选(3″ / 4″ / 6″)
程序段数 Process Steps 每个工艺最多 50 段(Multi-step Recipe)
控制方式 Control 外置控制面板 + 数字显示屏
材质 Chamber Material 高化学耐受性聚丙烯(PP)
化学兼容性 Chemical Compatibility 光刻胶、溶剂、纳米材料分散液等
防护罩 Safety Enclosure 透明亚克力安全罩(带安全警告标识)
真空接口 Vacuum Port 1/4″ NPT
气源接口 Nitrogen/Air Input 1/4″ NPT
电源 Power Supply 100–240V AC, 50/60Hz
最大功率 Power Consumption 300 W(典型值)
外形尺寸 Dimensions 约 30 × 30 × 35 cm
重量 Weight 约 8–10 kg
适用领域 Applications 光刻胶涂布、纳米薄膜、MEMS 工艺、材料表面处理