主要规格及技术指标

1.显微转移操作平台：

a. 四轴可调衬底载物平台：样品台（型号： OWTS-01）通过钢丝滚珠无间隙导轨提供直线移动，三轴可调； 支持 XY 平移，行程 13mm， Z 轴平移行程 10mm，测微丝杆控制系统分辨率 ≤ 1um；绕 z 轴手动调节旋转任意角度； X 方向水平倾斜角-10～10 度；
b. 衬底载物平台加热系统：温度可以在室温~220℃范围控制，精度0.5℃， 加热开关控制；
c. 四轴可调载玻片移动平台：载玻片 XYZ 三轴可调，行程 13mm，测微丝杆控制， 测微丝杆控制系统分辨率 ≤ 1um， Y 方向水平倾角-10～10 度；

2. 显微成像光路系统:

a. 三物镜金相显微镜， 镜筒移动行程 60mmx60mm，标配 5x,10x,20x 三颗物镜。 连续变倍模块 0.6x~5x 可调。 总放大倍数可达 3000 倍。
b. 同轴光强弱可调
c. CCD 相机: 1200 万像素， CCD 自带操作系统，插鼠标即可测量;支持 HDMI 相机直接输出到显示器（本设备不附带电脑）

1. Micro-Transfer Operation Platform:

a. Four-Axis Adjustable Substrate Stage:The sample stage (Model: OWTS-01) utilizes steel-wire ball-screw linear guides for backlash-free movement, adjustable in three axes (X, Y, Z).Supports XY translation with a 13mm travel range; Z-axis translation with a 10mm travel range.Micrometer screw control system with ≤1μm resolution.Manual rotation adjustment around the Z-axis for any angle.X-axis tilt adjustment range: -10° to +10°.
b. Substrate Stage Heating System:Built-in heating system with a controllable temperature range from room temperature to 220°C (±0.5°C accuracy).
c. Four-Axis Adjustable Slide Platform:XYZ three-axis adjustable slide stage with a 13mm travel range. Micrometer screw control system with ≤1μm resolution. Y-axis tilt adjustment range: -10° to +10°.


2. Microscopic Imaging Optical System:

a. Triple-Objective Metallurgical Microscope:Microscope tube movement range: 60mm × 60mm. Standard configuration includes 5x, 10x, and 20x objectives. Continuous zoom module adjustable from 0.6x to 5x. Maximum total magnification: 3000x.
b. Adjustable Coaxial Illumination Intensity:Precise control over coaxial light brightness.
c. CCD Camera:12-megapixel resolution with an embedded operating system (mouse plug-in for measurements).Supports direct HDMI output to a monitor (computer not included).

主要功能及特色

二维材料转移平台致力于精确的在基底上放置一个合格样品，样品可以多方向多角度的相对移动。极大的简化了堆叠过程，并可最大限度的设计器件的结构及叠放顺序。衬底可用真空吸附的同时进行加热等操作。精巧的设计，可以轻松置于手套箱中操作，隔绝空气，可适用于更大范围的材料研究。

The 2D Material Transfer Platform is designed for precisely placing qualified samples onto substrates, enabling multi-directional and multi-angle relative movement. It significantly simplifies the stacking process while allowing maximum flexibility in designing device structures and layering sequences.
The substrate can be securely held via vacuum adsorption while undergoing operations such as heating. With its compact design, the platform can be easily operated inside a glovebox, ensuring an air-isolated environment and making it suitable for a broader range of material research applications.

主要附件及配置

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