MultiFields Technology

  • Booth: T3215

Empowering Explorers

Overview

MultiFields Cryogenic Technology (Beijing) Co., Ltd. (referred to as "MultiFields Technology") commenced official operation in 2017. As a national high-tech enterprise and a national-level "Little Giant" specialized and sophisticated SME, the company is dedicated to the development and promotion of all-environment piezoelectric ultra-precision motion control technologies and products. It has established an internationally leading cluster of extreme-environment nano-motion control products, a modular full range of ultra-precision motion control solutions, and a series of physical property characterization products covering mechanical, thermal, acoustic, optical, and electrical aspects. The company has also launched integrated solutions such as a comprehensive physical property characterization platform that incorporates advanced MultiFields technologies.
MultiFields Technology's products encompass:
Ⅰ. Physical property characterization systems for electrical, thermal, optical, and magnetic measurements under cryogenic and high magnetic field conditions.
Ⅱ. Nanometer-level automation solutions, including all-environment, full-category piezoelectric displacement stages with nanometer resolution, sub-nanometer capacitive position sensing, picometer-level multi-channel laser interferometers, and precision optical automation.
Ⅲ. Ultra-low temperature, low-vibration physical property characterization platforms.
Adhering to innovation-driven development, steady progress, extensive collaboration, and active expansion of its business scope, the company focuses on providing integrated solutions in the field of ultra-precision motion control for industries such as semiconductors, precision optics, precision instruments, aerospace, and industrial automation. By helping customers advance technology more efficiently, Multi-Fields Technology offers robust technical support to overcome critical bottlenecks in key sectors. This aligns with major national trends, including industrial upgrading, semiconductor self-reliance, and the localization of defense and aerospace technologies.


  Press Releases

  • 近日,北京市经济和信息化局正式公示第七批专精特新“小巨人”企业名单,多场低温科技(北京)有限公司(以下简称“多场科技”)通过认定,荣获国家级专精特新“小巨人”企业称号。

    专精特新“小巨人”企业是“专精特新”中小企业中的佼佼者,是专注于细分市场、创新能力强、市场占有率高、掌握关键核心技术、质量效益优的排头兵企业。

    作为一家聚焦“纳米级自动化”与“分析&测量方案”领域的企业,多场科技产品布局覆盖纳米级运动、纳米级位置传感以及高端的分析&测量解决方案,业务质量一直保持快速提升。

    多场科技一直专注深耕纳米级自动化和高端仪器赛道。此次入选,不仅是对多场科技在该赛道中市场地位和技术领先性的认可,同时也是对其所在赛道在国家布局、国计民生方面关键性和重要性的确认。

    作为一家开始运营于2017年的年轻创业公司,多场科技将继续秉持创业初心,打磨更优质、高效的解决方案,持续为客户创造价值。同时,也将继续主动投身国内高端工业转型进程,为实现国内工业向高端化转型、核心技术自主可控贡献自身力量。

  • 近日,北京市科学技术委员会、中关村科技园区管理委员会正式公布2025年度北京市重点实验室认定名单,多场低温科技(北京)有限公司(以下简称“多场科技”)参与共建的“原子制造和真空高端设备北京市重点实验室”“固态量子器件北京市重点实验室”成功获批,标志着企业在前沿科技领域的协同创新能力再获权威认可。

    原子制造和真空高端设备北京市重点实验室

    该实验室以中国科学院物理研究所为牵头单位,联合中科艾科米、多场科技、中科量仪、怀柔仪器等多家单位共建,锚定原子级制造与表征领域,通过攻克适用于原子制造的极端环境获得、大范围高精度纳米移动技术等关键核心技术,实现装备自主化研发,破解原子级精准制造难题,为原子级精度材料和器件的基础研究与产业应用提供自主可控的装备支撑。

    固态量子器件北京市重点实验室

    该实验室由北京大学物理学院牵头,联合北京量子信息科学研究院、多场科技共建,是中国在量子科技前沿领域部署的关键研发平台之一。实验室主要聚焦量子材料新奇量子效应及高性能器件构筑中的核心科学技术问题,围绕“量子材料设计制备-物态探测调控-器件构筑集成”全链条创新,致力于打通从基础物理研究到实际应用转化的关键技术瓶颈,推动我国在固态量子信息技术领域的源头创新与自主发展。

    作为北京市科技创新体系的重要组成部分,北京市重点实验室是集聚培育优秀创新人才、开展高水平科研攻关的重要科技创新基地,着力解决科技难题、促进科技成果转化、培育新经济增长点。

    未来,多场科技将以两大重点实验室为核心协同平台,通过跨机构、跨领域与国内顶尖科研机构紧密合作,充分发挥自身在极端环境纳米运动控制、物性测试技术等领域的核心技术优势,加速高端装备自主化、量子科技产业化进程,为国家战略需求贡献自身力量。


  Products

  • Multi-Axis Parallel Stage
    Quite motion, nanometer resolution, self-lock, parallel kinematic, high stiffness and optical sensor inside....

  • The product line includes 6 DoF pizeo stage that achieves linear motion in the X/Y/Z directions and titling motion in the θX/θY/θZ directions; 3 DoF pizeo stage is used to achieve vertical movement in the Z direction and tilting movement in the TxTy axes.
  • Nano-level Piezo Motion Stage
    Quite motion, nanometer resolution, self-lock, covering degrees of freedom such as linear, rotation, and tilting, closed-loop control with optical encoder...

  • Better than 100 nm bi-directional repeatability

    Freely stacked to achieve multi degrees of freedom motion

    Supports special environmental work (ultra-high vacuum, completely non-magnetic & ultra-low temperature)

  • Piezo Nanopositioner
    Travel range of 10-1000 μm. Flexure guiding, completely frictionless; Nano level repetitive positioning accuracy, sub-nanometer resolution...

  • Multi degree of freedom parallel metrology,

    Capacitive sensing and closed-loopcontrol;

    Support special environmental work (ultra-high vacuum, completely non-magnetic & extremely low temperature)

  • Capacitive Displace Sensors
    Sub-nanometer spatial resolution with multi-channel high-speed parallel data acquisition...

  • Three types of sensor namely flat, cylindrical and cylindrical with thread

    Covering range 0.2 mm, 0.5 mm, 1 mm, 2 mm & 3 mm

    Compatible with extreme operational environments including ultra-high vacuum and completely non-magnetic Conditions

  • Laser Interferometer
    Fiber-coupled, picometer-level, high-speed real-time distance measurement...

  • Picometer-level high-speed ranging capability, with a working range of 0-10 m and a maximum target velocity of 3.8 m/s.

    Each unit is equipped with three independent measurement channels, enabling simultaneous measurement of three linear degrees of freedom.

    A compact fiber optic probe is provided, supporting operation in specialized environments (ultra-high vacuum, completely magnetic-free, and extremely low temperature)