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Shenyang, December 13 (Xinhuanet) -- On the 12th, in the production workshop of General Technology Shenyang Machine Tools, as the red curtain covering the fuselage was slowly unveiled, General Technology Group officially delivered 4 high-end five-axis linkage CNC machine tools to Dongfang Electric Group. The 4 equipment delivered this time has achieved independent control of the whole machine and its core components, and will be directly applied to national key projects such as Yaxia Hydropower.
In the production and research and development process of 4 equipment, the two central enterprises adopted the innovative cooperation model of "scenario traction, joint research and development, risk sharing, and benefit sharing", which effectively solved the problem of "disconnection between research and application" and created a model of "domestic products and national use" of industrial mother machines.
The picture shows a piece of equipment delivered at the delivery ceremony. Photo by Xinhua News Agency reporter Yu Yetong
For a long time, domestic high-end CNC machine tools have faced the systemic bottleneck of "large R&D investment, long cycle, and difficult verification" - the closed-door research and development of enterprises is disconnected from the actual market demand, and the product has fallen into a vicious circle of "users are unwilling to use, dare not use, and technology is difficult to iterate and mature" due to the lack of long-term verification under real working conditions, which seriously restricts the high-quality development of the industry.
In order to solve this problem, General Technology Group and Dongfang Electric Group signed the "Cooperation Agreement on Joint R&D and Industrialization of High-end Industrial Machine Tools in the Energy Sector" in June 2025 to explore the cooperation model of "scenario traction, joint research and development, risk sharing, and benefit sharing".
Wu Junyong, vice president of the Machine Tool Engineering Research Institute of General Technology Group, introduced that in the cooperation, Dongfang Electric Group took the initiative to open up equipment manufacturing application scenarios in key areas such as new power systems and intelligent manufacturing to General Technology Group, providing "targeted targets" for research and development. Relying on the layout of the machine tool industry, General Technology Group focuses on core technologies such as high-rigidity structure design and precision control system and complete machine manufacturing.
The reporter learned that General Technology Group relies on the advantages of the integration of the machine tool company, led by the Machine Tool Engineering Research Institute, and Shenyang Machine Tool is responsible for the production and manufacturing landing.
"The division of labor and collaboration between the two sides has greatly improved the efficiency of linkage." Wu Junyong said that in the cooperation, Dongfang Electric Group focuses on key process optimization, tooling fixture adaptation and other application ends for technology research and development; General Technology Group is responsible for the research and development of core components such as high-rigidity and lightweight structure design, multi-axis linkage precision control system, and integrated manufacturing of the whole machine. In addition, the two sides have also established a mechanism for sharing intellectual property rights and clear benefit distribution, and reserved an industrialization path to lay a solid foundation for the large-scale application of domestic equipment to achieve "line, workshop, and factory".
It is reported that General Technology Group and Dongfang Electric Group have signed a letter of intent for the second phase of cooperation in September 2025, and the two sides will systematically plan around the "15th Five-Year Plan" research tasks, deepen strategic cooperation, and jointly promote the construction of advanced power equipment and high-end CNC machine tool innovation consortium of central enterprises.SKB20-P10-R-R1-270-OA-IN1-RH SRG35LR2UUCOE+58OLP-II SRG35LR5UUCOE+392OLFS-2 THK BNK2010-2.5RRG0+523.5LC5Y THK EBB2510-3RRG0+800LC3 THK LBS30UU+354L HSR25R2UU+445L KR3310A-0300-0-10AQ HSR20A2UU+235L 2HR3065TUU+540LP SHS20LV1ZZHH SHS30LV1KKHH NSR25TBC2UU+620L NSR20TBA1UU+280L NSR25TBC2UU+1400L THK NSR25TBCUU NSR30TBC NSR40TBC HRW35CR1UU(GK) BLOCK NSR25TBC1UU+580L NSR25TBC2UU NSR20TBC1UUC0 NSR25-290L(G=25) NSR25TBA1UU NSR25-2600L SSEBW14-110 HSR15R1UU(GK)BLOCK THK HSR10R2UUM+120LM THK SRS7WMUUC1+50LHM NDN1-20.10 THK HRW17CA+110LTHK SR15W1KK+340L SR15V1KK+280L THK NAST25ZZ ER616+45L HSR20LA1KK+160L FBL51H+559L FBL56H-356L KR1502A-0150-0-0BA0 THK HSR35HB2UU+360L THK HSR65/YKL12422-GK HSR65LB2SSS+1570L CRBFV8022ATT1 CRBFV8022ATC1 3RSR15M1WVUUC1+230LP SHW14CA2UUM+150L RB25030UUC0 RB20030UUC0 RB14025UUC0 RB18025UUC0 RB12025UUC0 RB12025UUC0 THK HRW21CR1UU(GK) THK SSR20XV1UU(GK)BLOCK HSR25R2QZZZFM+540LF(G=30)F=AP-C THK SSR20XW1QZKKHH（GK）BLOC HSR25RQZZZM THK DIK3210-6RRG0+576LC3Y WGF2060-1.5+810L SS15XV2UU + 640LY-II FBW2560XRUU+320L VR12-900HX31Z VR15-300Hx8Z VRU9710
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الممر المستقيم للآلة（Al-mamar al-mustaqim lil-'ālah）دليل خطي
الدليل المستقيم العالي الدقة（Ad-daleel al-mustaqim al-'āli ad-diqah）
المنزلقة المستقيمة للصناعة（Al-manzilaqah al-mustaqimah lil-ṣinā'ah）
الممر الخطي للآلات المُستوردة（Al-mamar al-khatti lil-ālāt al-mustawrada）
السرعة المستقيمة الصناعية（As-sira'ah al-mustaqimah aṣ-ṣinā'īyah）
الممر المستقيم البسيط（Al-mamar al-mustaqim al-basīṭ） مسار خطي (Masār khaṭṭī) قضيب توجيهي (Qaḍīb tawjīhī) دليل انسيابي (Dalīl insiyābī) سكة انزلاق (Sikka inzilāq) شريط انزلاق مستقيم (Sharīṭ inzilāq mustaqīm)
Guia linear industrial Guia linear de rolagem Rail linear de máquina Trilho linear para deslizamento Guia linear padrão Deslizador linear industrial Trilho linear Barra linear Carrinho linear Correia deslizante Trilho de rolamento
Прямая направляющая промышленная Прямая направляющая военного образца Направляющая прямая стандартная Прямая гайд промышленная Прямая направляющая для станка Прямая направляющая смазочная Линейный рельс (Lineyný rel's) Направляющая рейка (Napravlyayushchaya reyka) ШВП (ShVP) Шарико-винтовая передача Салазки (Salazki) Рельса (Rel'sa)
直線案内機構 直線ガイド工業用（ちょくせんガイドこうぎょうよう） 超精密直線ガイド（ちょうせいみつちょくせんガイド） リニアガイド（りにあがいど） 直線レール（ちょくせんれーる） 滑り式直線ガイド（すべりしきちょくせんガイド） 小型直線ガイド（こがたちょくせんガイド）1. リニアガイド (Rinia gaido) リニアガイドレール (Rinia gaido rēru) リニアブッシュ (Rinia busshu) LMガイド (LM Gaido) スライドレール (Suraido rēru)
Linearführung Lineare Führung für Maschinenbau（LFM） Lineare Führung für Automobilfertigung Linearführung standard Linearleitelement für Industrie Präzisions-Linearführung Linearschiene Profilschienenführung Führungsschiene Linearführungsbahn Gleitschiene
Guidage linéaire Gerade Führung für Reparatur Guide linéaire industriel（GLI） Guide linéaire aéronautique haute résistance Rail linéaire de machine Glissière linéaire industrielle Guide linéaire standard Guide linéaire économique Rail linéaire Glissière linéaire Coulisseau linéaire Guide à billes Barre de guidage
รางไฮดรอลิกเส้นตรง รางนำทางเส้นตรงความแม่นยำสูง รางเส้นตรง รางนำทางเส้นตรงแบบสัญชาติญาณนานาชาติ ส่วนนำทางเส้นตรง รางเลื่อนเส้นตรง
Đường dẫn thẳng công nghiệp Đường dẫn thẳng độ chính xác cao Đường dẫn thẳng Đường dẫn thẳng loại lăn Đường dẫn thẳng tiêu chuẩn quốc tế Thanh dẫn thẳng
직선 가이드（Jikseon gaideu，汉字词：直線ガイド） 산업용 직선 가이드（Sanyeop-yong jikseon gaideu） 직가이 직선 가이드 초정밀 직선 가이드（Chojeongmil jikseon gaideu） 구름형 직선 가이드（Gureumhyeong jikseon gaideu） 직선 안내 장치（Jikseon annae jangchi） 국제 표준 직선 가이드（Gukje pyojun jikseon gaideu）
