Manufaktur Peralatan Layanan Dukungan Satelit China Kelas Atas

Satelit Penginderaan Jauh

Tingkat R&D

Dalam hal R&D satelit, sesuai dengan penilaian tren pengembangan teknologi satelit dan mode pengembangan komersial, tim teknis inti telah mendobrak konsep desain tradisional dan mengadopsi rute teknis "integrasi platform dan beban satelit". Setelah empat kali kemajuan dalam sepuluh tahun, bobot satelit telah berkurang menjadi 20 kg dari 400 kg pada generasi awal.

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Area Pemrosesan Optik

Kondisi Produksi

Total luas area pemrosesan optik adalah 10.000 m2. Area ini mampu melakukan produksi massal komponen optik presisi tinggi, dan memiliki kemampuan untuk memproses komponen optik yang terbuat dari keramik kaca dan silikon karbida, dll. dari kasar hingga halus, serta deteksi yang sesuai.

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Feb, 26

LEO Satellite Life-Cycle Cost Breakdown (Part 2): Manufacturing and Testing Phase

If the design and R&D phase sets the cost baseline for LEO satellites, then the manufacturing and testing phase represents cost realization.

Feb, 26

LEO Satellite Life-Cycle Cost Breakdown (Part 1): Design and R&D Phase

Cost control for LEO satellites does not start in manufacturing, but spans the entire life cycle from design to decommissioning.

Feb, 26

Attitude and Orbit Control System: The "Intelligent Brain" for Precise Operation of LEO Satellites

In low Earth orbits hundreds of kilometers above the Earth, LEO satellites must navigate the complex space environment to achieve precise attitude adjustment and orbit maintenance—all of which relies on the Attitude and Orbit Control System (AOCS).

Feb, 26

LEO Satellite Power and Energy System: Technical Selection and Cost Analysis of the Core Power Source

Energy is the lifeline of Low Earth Orbit (LEO) satellites, and the reliability of the power and energy system directly determines a satellite’s on-orbit operational lifetime and mission execution capability.

Jan, 26

LEO Satellite Communication Equipment Systems: An In-Depth Analysis of Core Technologies and Cost Composition

Communication functionality is one of the core values of Low Earth Orbit (LEO) satellites, and the performance of communication equipment systems directly determines a satellite’s signal transmission efficiency, coverage range and service quality.

Jan, 26

A Comprehensive Analysis of the Composition of Low Earth Orbit Satellite Systems: Core Components Under a Modular Architecture

Amid the rapid development of commercial aerospace, Low Earth Orbit (LEO) satellites have emerged as core carriers in fields such as satellite internet and remote sensing monitoring, thanks to their advantages of low latency and wide coverage.

Jan, 26

Beam Collimator Insights: Industrial-Grade Optical Precision

Understanding the Beam Collimator: Practical Insights from the Field Over the years, working hands-on in industrial equipment manufacturing and testing, I've come to realize how crucial certain "hidden heroes" are—devices like the beam collimator fit right into that category

Jan, 26

Durable & Precise Collimator for Sale - Expert Insights & Specs

Finding the Right collimator for sale: A Veteran’s Perspective Having spent over a decade working hands-on with industrial equipment, I can tell you that not all collimators—or their sellers—are created equal. Oddly enough