Guangzhou Guangyou Communication Equipment Co., Ltd. (hereinafter referred to as "Guangyou Communication") is a modern high-tech enterprise deeply engaged in the communication equipment field, focusing on the R&D, production, sales and technical services of communication products. Relying on the resource advantages of the diversified industrial layout of Guangyou Group, the company focuses on the core demands of the communication industry, driven by technological innovation, and is committed to providing customers with high-quality and high-reliability communication equipment and overall solutions, helping the communication industry achieve digital and intelligent upgrading.

Guangzhou Danpin Artificial Environment Technology Co., Ltd. is composed of a team of acoustic experts and professional engineers who have been engaged in various acoustic technology researches at home and abroad for many years and possess rich theoretical and practical experience. The company has its own office building and factory. A CNAS-standard acoustic laboratory is built in the factory, which can monitor the acoustic technical indicators of its own products and provide external acoustic testing services. Through the hard work and continuous innovation and development of the Danpin team, the acoustic laboratories designed, produced and installed by the company feature accurate technical indicators, environmental friendliness, durability, attractive appearance and high technological content.

The Acoustic Simulation and Analysis System is a professional tool for digital simulation and analysis of acoustic behaviors such as sound generation, propagation, reflection, diffraction and absorption, based on acoustic principles and numerical calculation technologies. Its core value lies in the ability to accurately predict the acoustic performance (such as noise level, sound field distribution, acoustic comfort, etc.) of products or scenarios without the need to build physical prototypes. It is widely used in fields such as automotive, home appliances, architecture, aerospace and electronic equipment. By constructing 2D acoustic models, combining parameters such as material acoustic characteristics and boundary conditions, and applying algorithms like the Finite Element Method (FEM) and Boundary Element Method (BEM), it can quickly output simulation results. This helps R&D personnel optimize product structural design, reduce noise pollution, improve acoustic experience, while shortening the R&D cycle and saving testing costs.

Keywords: Anechoic Chamber, Sound-Absorbing Chamber, Silent Room, Reverberation Room, Semi-Anechoic Chamber, Semi-Sound-Absorbing Chamber, Full Anechoic Chamber, Full Sound-Absorbing Chamber, Acoustic Measuring Instrument, Vibration Measuring Instrument

I. Procurement Content

Brüel & Kjær Acoustic Simulation and Analysis System

II. Main Equipment

• Signal Input Module

• Head and Torso Simulator

• Pressure Field Microphone

• Free Field Microphone

• Type I Acoustic Calibrator

• Acceleration Sensor

• Precision Professional Electroacoustic Test Microphone

• AI Sound Quality Evaluation Equipment and System

III. Reference Diagrams of Partial Equipment

IV. Contact Us

WHATSAPP: +6011 5135 5819

CALL US DIRECTLY: +65 9101 6778

NEED SUPPORT: info@thunderstar.sg