Optical precision components,

crafted with micron-level craftsmanship

The company's products cover various optical glass materials, various crystal materials, etc., and can be applied from deep ultraviolet to far-infrared.

Changchun Ruike Optics Co.,Ltd.

specializes in the design, production, processing and sales of various optical components and optical lenses.

Precision Optics

Ruike's manufacturing capabilities encompass a broad spectrum, enabling the fabrication of custom optical components across ultraviolet (UV), visible (VIS), and infrared (IR) ranges to meet specific and specialized application requirements.


Optical Design

拥有自主三维几何建模内核,经历37年全球工业场景大规模验证与打磨,核心技术拥有自主知识产权,3D软件国产化应用最佳选择

图片名称

Assembly

支持历史数据的继承与复用、上下游的顺畅交互与共享;无缝对接PLM系统,实现产品数据统一管理;本地化的研发级服务加持,助力企业数字化升级

图片名称
Optical Design

01. Optical Design

Specializing in the research and development of medium-wave and long-wave infrared lenses, including thermal-free lenses, electric focusing lenses, manual focusing lenses, and continuous zoom lenses. They provide customized services for customers in areas such as optics, structural design, stray light, ghost images, cold reflection, and mechanical analysis.

LEARN MORE
Assembly

02. Assembly

Our company is dedicated to providing customers with high-precision and high-reliability precision assembly services for optical systems.  With advanced assembly equipment, strict environmental control, and an experienced technical team, we ensure that every optical component can be accurately aligned and securely assembled, achieving optimal performance.

LEARN MORE

Product Application Fields

Oil and gas exploration

In petroleum exploration, photoelectric technology, as an advanced detection technology, is being increasingly widely applied.

Laser

Optical engineering is an engineering discipline that encompasses various fields such as optical principles, optical system design, and laser technology.

Medical

In the field of medicine, optical imaging techniques mainly include: optical microscopy imaging, optical refractive imaging, and optical tomography imaging, etc.

Image and Optoelectronics

An optical imaging system is a system that utilizes optical lenses and other optical components to capture and process images in the visible light spectrum and other parts of the electromagnetic spectrum.

National Defense Assurance

The requirements for defense applications are higher than those for any other type of application.

Telecom

Optics has many important applications in the field of communication, including:Fiber optic communication, Laser communication, Optical amplifiers, Fiber sensing, Optical switching.

Changchun Ruike Optics Co.,Ltd

Changchun Ruike Optics Co.,Ltd

Changchun Ruike Optics Co.,Ltd. specializes in the design, production, processing and sales of various optical components and optical lenses. The company's products are applied in fields such as optical imaging instruments, optical inspection instruments, medical instruments, and laser instruments. The core technical team of the company has been engaged in optical technology research in domestic and foreign optical enterprises for many years and possesses rich experience in optical technology. They are capable of undertaking the design and production of various high-precision optical products.

LEARN MORE
和讯密封件

Production

Equip with series of advanced production process and latest machines to guarantee the products quality of each process.

和讯密封件

Coating

Offer most kinds of coating,optical films to ensure the coating precision and quality by vacuum evaporation to achieve certain spectral characteristics and imaging effects.

1

Detection Capability

The product quality is excellent. We will strictly control the quality and constantly explore and innovate with a persistent spirit of improvement, striving to become a first-class optical manufacturing enterprise at home and abroad.

1

IS0:9001 Quality Control

We understand that each lens component has its unique acceptance criteria.

Featured News

Working Principle of Optical Ball Lenses

Light undergoes successive refractions at the two spherical surfaces when passing through the sphere; the spherically symmetric structure enables compact, high-efficiency focusing, collimation, or fiber coupling.

Apr 04,2026

Spherical vs. Aspheric Lenses: Understanding the Differences

What advantages do aspherical lenses have over spherical lenses?

Apr 01,2026

Exploring the Applications of the Leman-Sprenger Prism

The Leman-Sprenger prism is a roof prism with three reflections, whose core functions are parallel offset of the optical path and image erecting.

Apr 04,2026

Benefits of Polish Aspheric Lenses Manufactured by Single Point Diamond Turning (SPDT)

Single-point turning for aspherical surfaces, namely Single Point Diamond Turning (SPDT), is the core ultra-precision machining technology for manufacturing high-precision aspherical optical components at present.

Apr 04,2026