Ukuqina kwamathuluzi akuyona nje incazelo yobuchwepheshe—kungumehluko phakathi kokuthola ukubekezelelana okuqinile kanye nokulungiswa kabusha okubizayo.Ibhulokhi Lokubamba Amathuluzi leMazakbhekana nalokhu ngqo, usebenzisa insimbi ecijile ye-QT500 kanye nesakhiwo se-lattice esingu-3D esishintshashintshayo ukuze kufezwe ukuzinza okungakaze kubonwe ngaphambili.
Amamethrikhi Okuqina Okuphumelelayo
Ukuqina okuqinile:280 N/µm, ukuthuthuka okungu-60% ngaphezu kwamabhulokhi ajwayelekile.
Ukunciphisa amandla:Ukwehla okungu-22% kwe-vibration amplitude ngesikhathi sokugoqa okujulile (kuhlolwe ku-2,500 RPM).
Isinxephezelo sokukhukhuleka kwe-thermal:Izinzwa ezifakiwe zilungiselelwa ukwanda kokushisa, zigcina ukunemba kwendawo ngaphakathi kwama-3µm ngaphezulu kwamashifti amahora angu-8.
Ukuqamba Okusha
I-Triple-Lock Interface: Ihlanganisa ukubopha kwe-hydraulic, izikulufo zemishini, kanye nokuzinzisa okunamandla.
Amachweba Okupholisa Amamojula: Asekela kokubili ukucushwa kwethuluzi elisebenzisa i-through kanye ne-outer coolant.
Amamodeli e-CAD akhethekile e-Mazak: Alungiselelwe kusengaphambili izilawuli ze-SmoothG CNC ukugwema ukungqubuzana kwesofthiwe.
Umthelela Wemboni
Umhlinzeki wezingxenye zamarobhothi waseJapan ufeze lokhu:
Izikhathi zomjikelezo ezisheshayo ezingama-55% ezindlini ze-actuator ze-aluminium.
Akukho zinsalela ezihlobene namathuluzi ezikhiqizwe ngaphezu kwamayunithi angu-50,000.
Iwaranti yezinyanga ezintathu isekelwa ukuhlolwa kokuphila okusheshisiwe.
Ezitolo eziphusha imikhawulo yokujika ngokunemba okuphezulu, lesi yisisombululo sokuqina ebesilokhu silindelwe.
Isikhathi sokuthunyelwe: Ephreli-18-2025
