技术是近几十年来迅速发展起来的一种材料表面改性技术，具有对工作环境要求低、加工后工件变形小、可获得高硬度的表面改性层、适合局部区域和难以接近区域的加工等许多常规技术达不到的优良特性，因此，正被越来越多的研究机构和企业所重视。通过duidaojubiaomianrongfuyicengjinshutaocicenglaigaishanchangguidaojudexingnengyijingdedaoleyidingchengdudeyingyong。

目前常用的高速钢刀具一般是整体式，当刃带磨损后就只能报废，因此刀具的材料浪费较且制造成本高。采用rongfujishuzhixuzaidaojuqierenbuweitongguoyusherongfucailiaolaizengqiangdaojudeqiexuerendai，yinrongfumianjixiao，kejieshengguijinshucailiao，congerjiangdilezhizaochengben。tongshirongfuhoudedaojuqiexuerenbuweijuyoujiaogaodeqiangdu、yingduhenaimoxingeryoujianyoulejitideqiangrenxing，jiaohaodijiejuelegaosugangdaojuyingduheqiangrenxingdemaodun，tigaolegaosugangdaojudeqiexuexingneng。

jiguangrongfujiagongzhong，zhuyaodewentishirongfucengrongyichuxianliewen，qizhuyaojilishirongfucenglengqueguhuashousuoshishoudaojitideyueshuerxingchengneiyingli，dangjubuneiyinglichaoguocailiaodeqiangdujixianshi，jiuhuichanshengliewen。tongguoduigaosugangdaojujinxingyurehehourechulilaijianshaorongfucengyujicaijiandewendutidu，yijizaihejinfenmozhongjiaruyixieqizhanjiexiangzuoyongdechengfen，ruco、mohexitu，co、modejiaruketigaohejinderunshixing，youliyujiangdirongfucengzailengningguochengzhongdereshousuoyingli；xitushihejincengdezuzhijinglixihua、tigaorenxing，congerjianshaoliewendechansheng。ciwai，youhuahejinfenmopeifangyujiguanggongyicanshuyijingcaiyongnamifuhefenmojunkegaishanrongfucengdexingneng，jianshaoliewenqingxiang。

daojubiaomianqianghuachulishitigaodaojunaimoxingjiqishiyongshoumingdezhongyaotujingzhiyi。jiangjiguangrongfujishudeyoushiheqiexuejiagongduigaosudaojudeshiyongyaoqiujieheqilai，keshigaosugangdaojuyongyounaimo、naire、naifushi、kanggaowenyanghuajijiaogaohongyingxingdengyouliangdeqiexuejiagongxingneng。ciwaizaihuodegaoxingnengqiexuerendetongshiqiejianyoujitideqiangrenxing，jiagongzhonggenghaodibaohuledaojudeqiexueren，youxiaodijiejuedelegaosugangdaojuyingduherenxingdemaodun。zaijiguangrongfugaosugangdaojudezhibeizhongxiaohaodefenmocailiaoshao，jiangdiguizhongxiyoujinshucailiaodexuqiu，fuhejienenghuanbaodeyaoqiu，qiegongyiguochengjiandan、suoxushebeishao，bianyushixianzidonghua。suizhexianzaiqiexuejishudebuduanfazhan，keyiyujianjiguangrongfujishujianghuiduigaosugangdaojudexingnenggaijinchanshengzhongyaoyingxiang。

超高速激光熔覆由德国Fraunhofer ILT 发明，被誉为当前可替代电镀技术最具竞争力的工艺。 ACunity作为Fraunhofer ILT的孵化企业，率先将超高速激光熔覆技术引进中国市场，与Fraunhofer ILT紧密合作对超高速激光熔覆进行技术产业化升级，不断完善工艺水平，提升其核心部件的功能性，如送粉喷嘴的耐用性、送粉精度、高送粉量、粉末利用率等。由于涂层表面质量明显高于普通激光熔覆，只需要简单打磨或抛光即可应用，因此材料浪费、后续加工量都大大减少，在成本、效率、及对零件的热影响上超高速激光熔覆都具有不可替代的应用优势。