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We are thrilled to announce the official handover of our SOROB 300 agricultural robot to our valued partners and customers in Uzbekistan! As modern agriculture evolves, the demand for precision, efficiency, and automated field operations is growing rapidly across Central Asia. The SOROB 300 is designed to streamline operations, optimize resource usage, and maximize crop yields—helping farmers transition into smart, technology-driven agriculture.This delivery marks another key step in expanding our global footprint and delivering reliable robotic solutions directly to the hands of farmers.A big thank you to our team for making this possible, and to our partners in Uzbekistan for their trust in SINOSO. We look forward to seeing the SOROB 300 in action in the fields!📈 Interested i...

As part of our commitment to expanding global agricultural automation, SINOSO Agricultural Robotics is proud to announce the successful delivery and deployment of our autonomous orchard spraying robot to FARGONA AGROSTAR in Uzbekistan this August.   FARGONA AGROSTAR, a prominent agricultural enterprise in the fertile Fergana Valley, specializes in high-quality fruit production and modern horticulture. To optimize crop protection, reduce chemical consumption, and enhance operational efficiency across their fruit orchards, the company selected SINOSO’s state-of-the-art tracked spraying robot.     Precision Engineering for Modern Horticulture Engineered to navigate demanding orchard terrains, the delivered SINOSO autonomous unit features: Centimeter-Level RTK-GNSS Navi...

  Tired of skyrocketing chemical costs and chronic labor shortages in the orchard?The SINOSO autonomous robotic sprayer is here to redefine how you protect your high-value crops. It doesn't just automate the job—it optimizes every single drop.💡 How SINOSO slashes your operating expenses:🎯 Precision Target Spraying: Equipped with advanced sensors and AI vision, SINOSO detects the tree canopy in real-time. It applies product only where it's needed, drastically reducing drift and chemical waste. The result? Up to 40% savings on crop protection products (CPP).💨 Fueled for Efficiency: Operating on highly optimized routes with consistent speeds, the robot reduces overall machinery run-time, leading to a noticeable drop in fuel and energy consumption.👥 Mitigating Labor Challenges:...

  Every agronomist and farm manager knows this headache. The critical window for field operations arrives—every hour counts, and a lost day can cost millions. Yet, at that exact moment, a key machine operator might fall ill, go on a drinking binge, or simply decide to quit. What is the cost of equipment downtime during peak season? If a tractor sits idle for even a single day during sowing or harvesting, losses run into huge sums due to missed profits and spoiled produce. The labor shortage in agriculture is becoming more acute every year, while qualification requirements continue to rise. How can this problem be solved once and for all? Hand the routine tasks over to automation. Adopting autonomous agricultural robots isn't just a trend or "future tech." It’s a direct way...

Современное интенсивное плодоводство и виноградарство требуют предельной точности. Для максимизации урожайности фермы сужают междурядья, превращая защиту урожая в логистическую проблему для традиционной крупномасштабной техники. Робот-опрыскиватель SINOSO SOROB (в частности, модель 270-4WD) был разработан именно для таких условий. Это разумное решение для тех, кто не готов идти на компромисс между качеством обработки и безопасностью ветвей или виноградных лоз. Что позволяет системе SOROB безупречно работать в замкнутых пространствах? Компактные размеры и полный привод (4WD): робот легко перемещается по участкам, где трактор неизбежно повредил бы посевы. Полный привод обеспечивает надежное сцепление с поверхностью на сложном рельефе, склонах и влажной почве после дождя. Исключительная манев...

In modern crop protection, the "more is better" mindset has long since shifted to "more efficient means more cost-effective." For large agricultural holdings and mid-sized farms, the cost of crop protection products accounts for up to 40% of the total crop cultivation budget. How can this expense be reduced without sacrificing yield? The answer lies in automation: moving from blanket application to targeted spraying technology and intelligent spray pattern control. The Technology: Hitting the Target Precisely Traditional sprayers operate on a blanket-coverage principle, treating not only the target crop but also empty inter-row spaces, weeds, or bare soil. Intelligent spot spraying fundamentally changes this approach: Real-time scanning: Optical sensors and machine vision systems instantl...

  Modern agriculture is on the threshold of a global technological transformation. Traditional methods of cultivating fields and orchards, relying on heavy, manned equipment and manual labor, are gradually giving way to autonomous solutions. With rising prices for crop protection products (PPP), a shortage of qualified personnel, and severe climate challenges, automation is becoming not just a trend, but an economic imperative.   Responding to market demands, SINOSO has developed its flagship line of unmanned robotic sprayers, the SOROB. These autonomous systems are designed specifically for the highly precise, safe, and cost-effective protection of intensive orchards, vineyards, and berry plantations. In this article, we'll explore the models in the SOROB line and why their impl...

SINOSO is taking a confident step in expanding its international presence. Recently, a high-ranking delegation from Uzbekistan visited our production base in China. The main purpose of the visit was to strengthen bilateral business ties and sign a strategic cooperation agreement.     Introduction to technology: tour and presentation The visit program was intense and began with a detailed tour of SINOSO production workshops. Guests were able to see with their own eyes the entire cycle of creating our high-tech products - from the first stages of assembly to strict quality control of finished IT products and robotic systems.     During the visit, the SINOSO team held a large-scale presentation of its flagship product line. We demonstrated our advanced developments to ou...

  If you’re tired of sprayers that miss canopy targets, waste chemicals, or get stuck on slopes, the SOROB 300C plant protection robot is built for you. Designed for orchards, vineyards, and nurseries of all sizes, it tackles every challenge your farm throws at it.     Built for Any Crop & Terrain The 300C works seamlessly with grapes, kiwifruit, citrus, apples, mangoes, and more, thriving in both temperate and tropical climates. With 2–8m row spacing compatibility and 18° slope capability, it navigates mountain farms, greenhouses, and sightseeing orchards without damaging plants or compacting soil. ✅ All-terrain mobility with ≥200mm ground clearance ✅ No dedicated paths required     Precision Spraying, No Wasted Effort Powered by an air...

SOROBロボットが果樹園のインテリジェントな散布作業を推進非効率的で労働集約的な散布作業に悩む果樹園管理者にとって、SOROB社のスマート果樹園ロボットは、完全自律型で精密な害虫駆除を実現します。  課題：労働、安全ty、そして不均一カバレッジ従来の果樹園での薬剤散布は、手作業か、狭い畝や傾斜地では作業が難しい大型機械に頼っている。・高騰する人件費と人手不足熟練労働者を見つけるのが難しい。手作業による噴霧は高価で時間がかかる。・安全上のリスク有毒な農薬にさらされる労働者・報道内容にばらつきがある過剰散布は化学物質の無駄遣いになり、散布不足は病害のリスクを残します。・低効率手作業による方法は対象範囲が狭く、品質も一定しない。「手作業による散布は費用がかさみ、危険も伴う上、必要な均一性を得ることは決してできない。」  解決策：SOROBスマート噴霧ロボットSOROBロボットは、AI、自律航行、精密噴霧により、手作業を代...

プロ 園芸用品そして 果樹園用具現在は、効率性の向上、労働コストの削減、より健全な植物の成長を支援するように設計されています。 SOROBガーデンツールシリーズ 果樹園経営者、温室栽培業者、造園業者向けに実用的なソリューションを提供します。  電動剪定ばさみで、より速く木の剪定を剪定は果樹園管理において最も重要な作業の一つです。適切な剪定は、日照量を増やし、新芽の成長を促し、果実の生産量を増加させるのに役立ちます。広大な果樹園で手動の剪定ばさみを使うのは、非常に疲れる上に非効率的だ。 電動剪定ばさみ より速く、より正確なソリューションを提供します。SOROB電動剪定ばさみの特徴：太い枝も難なく切断できるパワフルな切断性能樹木の健康を守るための、清潔で正確な剪定軽量で人間工学に基づいたデザイン果樹園、ブドウ園、造園に最適です。電動剪定工具を使用することで、栽培者は剪定効率を大幅に向上させ、肉体的な疲労を軽減す...

現代の果樹園のリズムでは、どの季節にもそれぞれ独自の要求があります。剪定を行う静かな冬の数ヶ月から、春の鮮やかな開花、そして夏の忙しい収穫まで、栽培者は信頼できるものに頼っています。 果樹園用具 生産性と樹木の健康を維持するために、効率的な機器はもはや現代の果樹生産における贅沢品ではなく、収量向上、人件費削減、そして安定した品質確保に不可欠です。SOROBでは、プロの栽培者向けに特別に設計された、電動式の果樹園用ツールを幅広く開発しました。これらのツールは、複雑な作業を簡素化し、肉体的な負担を軽減し、果樹園管理者が重要な作業を正確かつ効率的に完了できるよう支援します。 現代の果樹園管理では、1ヘクタールあたり数百本、あるいは数千本の木を扱うことがよくあります。農業研究データによると、手作業による剪定だけでも最大で 果樹園の総労働コストの30％統合することで 電動剪定ばさみ電動剪定ばさみやその他の電動果...