TG·´²¨µ¨

ͼƬÃû³Æ

ÐÂÎÅ×ÊѶ

Íز¹ÓÅ»¯ÇáÁ¿»¯³ÐÁ¦Í²

°ä²¼¹¦·ò£º

2026-09-29 18:19

5bd776e2-925b-4a2b-9e92-dfdd921a8bb5

²úÆ·£ºÍز¹ÓÅ»¯ÇáÁ¿»¯³ÐÁ¦Í²

²ÄÖÊ£ºÂÁºÏ½ð

ÀûÓó¡¾°£ºº½¿ÕÖÐÓ×ÐÍÎÐÅç¡¢ÎÐÉÈ·¢Æð»ú

Óô¦£º×÷Ϊ·¢Æð»ú¶¯Á¦×ܳÉÖ÷Ìâ³ÐÁ¦½á¹¹ £¬³Ðµ£ÖáÏò¡¢¾¶ÏòÔغɴ«µÝ £¬ÊµÏÖ·¢Æð»úÖ÷ÌåÓëÉ豸װÖûù×ùµÄ¿¿µÃסÏνÓ £¬±£ÏÕ¶¯Á¦ÏµÍ³½á¹¹²»±äÐÔ¡£

¹¤ÒÕÓÅÊÆ£ºÒÀ¸½3D´òÓ¡³ÉÐÍÓÅÊÆ £¬ÆëÈ«ÌùºÏÁ¦Ñ§·ÂÕæÍØÆËÓÅ»¯Êý¾Ý £¬½öÔÚÊÜÁ¦õ辶¾«×¼±£Áô×ÊÁÏ £¬ÌÞ³ýÈßÓà½á¹¹¡£ÔÚ±£ÕÏÕûÌå½á¹¹Ç¿¶È¡¢¸Õ¶È²»±äµÄÇ°ÌáÏ £¬¿ÉʵÏÖ¹¹¼þ¼õÖØ30%–50% £¬´ó·ù½µµÍº½¿ÕÉ豸ÕûÌåÔغÉ £¬ÌáÉý¶¯Á¦ÏµÍ³×ۺϻúÄÜ¡£

Product: Topology-Optimized Lightweight Load-Bearing Cylinder

Material: Aluminum Alloy

Application: Small and medium-sized aero turbojet and turbofan engines

Function: Serves as the core load-bearing structure of the engine powertrain, transmits axial and radial loads, and stably connects the engine body with the mounting base to ensure structural stability of the power system.

Process Advantages: Based on mechanical simulation topology optimization results, 3D printing reserves materials only on stress paths and removes redundant structures. It achieves 30%–50% weight reduction while maintaining structural strength and stiffness, effectively reducing overall equipment load and improving comprehensive power system performance.

5207e54e-b9a5-4f02-ba2c-833ce28191a3

TG·´²¨µ¨ £¬ÊÇTG·´²¨µ¨¼¯ÍÅÆìÏÂÈ«×Ê×Ó¹«Ë¾ £¬×¨Ò»¸ß¶Ë½ðÊô3D ´òÓ¡£¨SLM Ñ¡ÔñÐÔ¼¤¹âÈܽ⣩¡¢Îí»¯½ðÊô·ÛÄ©Ô챸¡¢¼¤¹âÔÙÔì×÷¡¢MIM½ðÊô×¢Éä³ÉÐÍÒµÎñ £¬¾ß±¸´ÓÉè¼ÆÑз¢¡¢´òÓ¡³ö²ú¡¢ºó´¦Öõ½ÖÆÆ·¼ì²â½»¸¶ÆëÈ«¹Ø»·ÄÜÁ¦ £¬¿ÉΪȫÇò¿Í»§Ìṩ¶¨Ô컯½ðÊôÔö²ÄÔì×÷½â¾ö¹æ»®¡£

Hebei Jingye Additive Manufacturing Technology Co., Ltd. is a wholly?owned subsidiary under Jingye Group. It specializes in high?end metal 3D printing (SLM?Selective Laser Melting), atomized metal powder production, laser remanufacturing and MIM metal injection molding. The company features a full closed?loop capability covering R&D design, printing & production, post?processing, finished?product inspection and delivery, delivering customized metal additive manufacturing solutions for global customers.

¡¾ÍøÕ¾µØͼ¡¿