Micro- and nano-technology and high-end precision manufacturing

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Semiconductor and general semiconductor fields

Manufacturers of R & D, design and production of semiconductor materials, engineering and equipment

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Production-Type TGV/TSV/TMV High-Vacuum Magnetron Sputtering Coater
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Production-type high-vacuum magnetron sputtering and ion-assisted composite coating machine
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Production-type high-vacuum magnetron sputtering ion-assisted multi-arc composite coating machine
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HFCVD hot wire chemical vapor deposition equipment
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PECVD plasma-enhanced chemical vapor deposition equipment is primarily used for the growth of silicon nitride and silicon oxide thin films in a clean, vacuum environment.

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Product

HFCVD Hot-Wire Chemical Vapor Deposition Equipment

We have developed and manufactured hot-filament CVD diamond equipment, which is divided into two categories: experimental models and production-grade models. These devices are primarily used for the research and development and production of micrometer- and nanometer-sized diamond films. They can be applied to the R&D and manufacturing of diamond products across various performance levels, including mechanical, thermal, optical, and acoustic applications. We can produce large-size polycrystalline diamond wafers, which are suitable for use as heat sinks in high-power devices, high-frequency devices, and high-power lasers.

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Production-type TGV/TSV/TMV high-vacuum magnetron sputtering coating machine

Production-grade TGV/TSV/TMV high-vacuum magnetron sputtering coating system (Sputter-2000W series): This equipment is used for depositing metal seed layers on glass substrates and ceramic substrates, enabling high-density through-holes and blind vias with a depth-to-diameter ratio exceeding 10:1.

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Overall process system

The equipment features an overall cluster structure, comprising a photoelectric conversion thin-film deposition system, an MAMS electronic stripping system, a degassing and encapsulation system, a vacuum coating system for adsorbent materials, and a comprehensive degassing system. It enables fully automated, coordinated operation, while also allowing each subsystem to operate independently without interfering with one another. Interlocks can be configured between the systems. The equipment is manufactured from 316 material and is equipped with several flanged interfaces.

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MBE molecular beam epitaxy equipment

Molecular Beam Epitaxy (MBE) thin-film growth equipment—Molecular Beam Epitaxy MBE—enables epitaxial growth on certain substrates, allowing for the fabrication of molecular self-assembled structures, superlattices, quantum wells, one-dimensional nanowires, and more. It can also be used for process verification and the growth and fabrication of epitaxial wafers for both second-generation and third-generation semiconductors. During thin-film epitaxial growth, Molecular Beam Epitaxy equipment provides an ultra-high vacuum environment, enabling epitaxial growth under ideal conditions. This eliminates various interfering factors during film growth, resulting in high-precision thin films with exceptional accuracy.

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About Us

Pengcheng Micro- and Nano-Technology (Shenyang) Co., Ltd.

Founded jointly by Harbin Institute of Technology (Shenzhen) and a team of engineers with many years of practical experience.


Pengcheng Micro Nano Technology (Shenyang) Co., Ltd. was jointly established by Harbin Institute of Technology (Shenzhen) and a team of experienced engineers with many years of practical experience. The company is based at the intersection of technological, market, and industrial frontiers, seeking innovation leadership and sustainable development, solving industry pain points and localization challenges, and striving for independent and controllable industrial chains. Pengcheng Micro Nano Technology (Shenyang) Co., Ltd. is a wholly-owned subsidiary of Pengcheng Semiconductor Technology (Shenzhen) Co., Ltd. It is a design center and manufacturing base for semiconductor and pan semiconductor processes and equipment. The core business of the company is micro nano technology and high-end precision manufacturing, with specific application areas including research and development design, production and manufacturing of semiconductor and pan semiconductor materials, processes, equipment, process technology services, and equipment upgrading and transformation. It can provide process research and development and sampling for users, production equipment for manufacturing enterprises, and scientific research equipment for scientific research. The company's talent team has a complete knowledge structure, including a high-level materials research and process research team led by engineers, professors and PhDs from Harbin Institute of Technology, as well as a team of senior equipment designers from the industry. They have more than 30 years of experience in semiconductor material research, epitaxial technology research, and semiconductor thin film preparation equipment design and production manufacturing. The company relies on Harbin Institute of Technology (Shenzhen) and has advanced semiconductor research and development equipment platforms and testing equipment platforms, which can carry out scientific research work at a high starting point. The company is headquartered in Shenzhen and has the ability to conduct research and development, production, debugging of semiconductor and pan semiconductor equipment, as well as pilot testing, production, and sales of devices.

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2022 Year

Company establishment date

60 +

Technical patent

30 Year +

Technological accumulation

200 +

Serve customers

Laboratory and R&D Center

Relying on the comprehensive experimental and testing & analysis platforms of Harbin Institute of Technology (Shenzhen), we provide support for R&D and production.

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BLOG

Application of Magnetron Sputtering Technology in the Preparation of Core Thin Films for Key Components in Medical Imaging

2026-01-29

In the ongoing evolution of modern medical imaging technology, magnetron sputtering has become a core process in the field of thin-film fabrication and is widely used in the manufacturing of critical components for medical imaging.

Principles, Classification, and Applications of Physical Vapor Deposition (PVD) Technology

2026-01-13

Physical Vapor Deposition (PVD) is an advanced surface engineering technology that, under vacuum conditions, uses physical methods to convert a target material into gaseous atoms, molecules, or ions, which then deposit onto the substrate surface to form a thin film. Since its development in the early 20th century, PVD technology has become an important technique in modern additive manufacturing and functional coating applications, owing to its advantages such as environmental friendliness, controllable costs, minimal consumable usage, dense and uniform film properties, and strong adhesion between the film and substrate. PVD can be used on demand to fabricate functional thin films with properties including wear resistance, corrosion resistance, electrical conductivity, insulation, piezoelectricity, and magnetism, and is widely applied across various industries, including mechanical, electronic, construction, and medical sectors.

The TGV glass through-hole technology has achieved a significant breakthrough, and its application prospects continue to expand.

2026-01-05

Recently, TGV (Through Glass Via) technology has made significant progress in the fields of materials processing and micro- and nano-manufacturing, drawing considerable attention from the semiconductor, advanced packaging, and emerging electronic device industries. With its outstanding electrical performance, high-frequency characteristics, and three-dimensional integration capabilities, TGV is emerging as one of the key technologies for next-generation high-density interconnects.

Diamond: Possessing potential that surpasses existing semiconductor materials, with an even broader range of future applications.

2025-12-16

Diamond is used as a semiconductor material—and some scholars even hail it as the “ultimate semiconductor material” and the “ultimate room-temperature quantum material”—owing to its unique physical and chemical properties. Diamond is an ultra-wide-bandgap semiconductor that boasts exceptional electrical, optical, mechanical, thermal, and chemical characteristics. These properties give diamond broad application prospects in numerous fields.