Drone & UAV
Urgent 7075 Precision Fasteners for a Canadian Drone Startup
How Huade delivered 5 custom 7075 hollow drone fasteners in 7 days at +/-0.01 mm tolerance before a major drone exhibition.
7075 Aluminum+/-0.01 mm7-Day Delivery
Read Case
4-ya os | Vysokotochnaya ustanovka CNC stanka
4-osevoe vysokotochnoe
CNC frezerovanie
Huade ispolzuet 4-osevuyu CNC obrabotku, chtoby sokratit vremya naladki, sokhranyat zhestkie bazovye svyazi i proizvodit slozhnye detali s chistymi poverkhnostyami. Eto optimalno, kogda 3-osevoi stanok trebuet slishkom mnogo perestanovok, no polnoe 5-osevoe dvizhenie ne nuzhno.
Obzor protsessa
What is 4 axis CNC machine?
4-osevaya CNC mashina eto frezerny tsentr s tremya lineinymi osyami i odnoi vrashchatelnoy osyu. Eto dopolnitelnoe vrashchenie chasto nazyvaetsya osyu A. Vmesto togo chtoby snimat detal s prisposobleniya, povorachivat ee vruchnuyu i rezat snova, chetvertaya os vrashchaet zagotovku pod upravleniem CNC.
Eto delaet 4-osevuyu CNC obrabotku praktichnym shagom mezhdu 3-osevym frezerovaniem i 5-osevoy obrabotkoy. Ona osobenno polezna dlya detalei s bokovymi otverstiyami, radialnymi pazami, obkhodnymi konturami, povtoryayushchimisya granjami i elementami, kotorye dolzhny sokhranyat sovmeshchenie vokrug centralnoi linii.
Dlya slozhnoi detali, takoi kak kompaktniy kronshtein, manifold, korpus razema ili element lopatki turbiny, chetvertaya os mozhet obrabotat neskolko storon za odnu ustanovku. Eto oznachaet menshe ruchnogo obrashcheniya, luchshuyu povtoryaemost i bolee korotkoe vremya naladki.
| Dvizhenie osey | X, Y, Z + vrashchatelnaya os A |
| Tipichny dopusk | +/- 0.01 mm dlya vysokotochnykh elementov |
| Luchshe vsego podkhodit | Mnogostoronnie detali, radialnye otverstiya, pazy, lopatki turbiny, vrashchatelnye kontury |
| Preimushchestvo naladki | Menshe perestanovok, chem u 3-osevogo stanka |
Os A obyasnena
What are the 4 axis on a CNC machine?
Pervye tri osi eto X, Y i Z. Oni dvigayut instrument vlevo-vpravo, vpered-nazad i vverkh-vniz. Chetvertaya os vrashchaet detal. Na mnogikh frezernykh tsentrakh etu os nazyvayut osyu A, potomu chto ona vrashchaetsya vokrug osi X.
3-osevoi stanok mozhet obrabatyvat verkhnyuyu poverkhnost i dostupnye bokovye elementy posle povtornogo zakrepleniya. 4-osevoi setup indeksiruet ili vrashchaet detal, chtoby instrument dostig bolshego chisla poverkhnostei, a iskhodnaya baza ostavalas pod kontrolem.
X
Vlevo / Vpravo
Lineinoe peremeshchenie po shirine detali.
Y
Vpered / Nazad
Lineinoe peremeshchenie po glubine detali.
Z
Vverkh / Vniz
Kontrol vysoty instrumenta i glubiny reza.
A
Vrashchatelnaya os
Chetvertaya os vrashchaet zagotovku dlya indeksnogo ili nepreryvnogo frezerovaniya.
Dannye po 4-osevomu frezerovaniyu
Pravila proektirovaniya dlya 4-osevogo CNC frezerovaniya
Eti znacheniya sootvetstvuyut dannym o vozmozhnostyakh CNC frezerovaniya Huade i pomogayut inzheneram proverit, podkhodit li detal dlya frezerovaniya na chetvertoi osi do otpravki RFQ.
Vozmozhnosti po elementam
| Element | Rekomenduemy razmer | Realizuemyy razmer |
|---|---|---|
| Min. razmer elementa | Diametr 2.5 mm | Diametr 0.50 mm |
| Vnutrennie kromki | R 8 mm | R 0.25 mm |
| Minimalnaya tolshchina stenki | 0.8 mm (Metally) 1.5 mm (Plastiki) | 0.5 mm (Metally) 1.0 mm (Plastiki) |
| Otverstiya | Standartnye razmery sverl Glubina: 4 x diametr | Diametr: 0.5 mm Glubina: 10 x diametr |
| Rezby | Razmer: >= M6 Dlina: 3 x diametr | Razmer: M2 |
Maksimalny razmer detali po osyam
| Nastroika frezerovaniya | Myagkie metally i plastiki | Tverdye metally (stal, Ti) |
|---|---|---|
| 3-osevoe frezerovanie | 2000 x 1500 x 200 mm ili 1500 x 800 x 500 mm | 1200 x 800 x 500 mm |
| 3+2-osevoe frezerovanie | 600 x 800 x 100 mm (Dlya vsekh materialov) | |
| 4-osevoe frezerovanie | 600 x 800 x 100 mm (Dlya vsekh materialov) | |
| 5-osevoe frezerovanie | 600 x 800 x 100 mm (Dlya vsekh materialov) | |
* 3-osevye i 3+2-osevye stanki imeyut samye nizkie startovye zatraty dlya prostoi geometrii. 4-osevoe frezerovanie vybiraetsya, kogda dostup cherez vrashchatelnuyu os A mozhet sokratit vremya naladki ili uluchshit sovmeshchenie. 5-osevye tsentry podderzhivayut bolee slozhnuyu geometriyu pri menshem chisle ustanovok.
Vybor pravilnoi ustanovki
4-osevaya CNC obrabotka protiv 3-osevoy i 5-osevoy
Luchshiy CNC-marshrut zavisit ot geometrii, tsepochki dopuskov, dostupa k poverkhnostyam i stoimosti. 4-osevoe frezerovanie chasto daet luchshiy balans, kogda detal imeet elementy na neskolkikh storonakh, no ne trebuet polnogo simultannogo 5-osevogo dvizheniya.
| Setup | Luchshee primenenie | Vliyanie na stoimost / vremya | Tipovye detali |
|---|---|---|---|
| 3-osevoy stanok | Ploskie poverkhnosti, karmany, otverstiya i prostye prizmennye detali. | Nizhaishaya stoimost programmirovaniya, no bolshe perestanovok dlya bokovykh elementov. | Plity, prostye kronshteiny, ploskie korpusa. |
| 4-osevaya CNC obrabotka | Mnogostoronnie elementy, radialnye otverstiya, obkhodnye kontury i indeksatsiya osi A. | Sokrashchaet vremya naladki i uluchshaet sovmeshchenie bez polnoi stoimosti 5 osey. | Lopatki turbiny, manifoldy, robototekhnicheskie soedineniya, elektronnye korpusa. |
| 5-osevaya CNC obrabotka | Glubokie podrezy, sostavnye ugly, skulpturirovannye poverkhnosti i nepreryvnoe upravlenie osyu instrumenta. | Naibolshaya gibkost, no bolshe vremeni na programmirovanie i obrabotku. | Impellery, meditsinskie implanty, aviakosmicheskie konstruktsii. |
Primenimost
Lopatki turbiny i krivolineinye detali
Chetvertaya os uderzhivaet detal vo vrashchenii, poka instrument dostigaet obkhodnykh poverkhnostei, kornei lopatok i povtoryayushchikhsya radialnykh elementov.
Otkryt otrasl
Primenimost
Korpusa meditsinskikh i pribornykh izdelii
Frezerovanie chetyrekh storon podderzhivaet tochnyi kontrol baz pri obrabotke kompaktnykh detalei s portami, karmamami i kosmeticheskimi finishami.
Otkryt otrasl
Primenimost
Precizionnye korpusa elektroniki
Indeksatsiya osi A sokrashchaet vremya naladki dlya tonkostennykh alyuminievykh korpusov s bokovymi otverstiyami, pazami pod razemy i vidimymi poverkhnostyami.
Otkryt otrasl
Detali vozmozhnostei
Vysokotochnye detali i kontroliruemye finishi
Frezerovanie s chetvertoy osyu polezno, kogda bokovye elementy dolzhny sovpadat s verkhnimi. Inzhenery Huade proverayut plan baz, risk zakrepleniya, dostup instrumenta i trebovaniya k finishu pered vyborom 3-, 4- ili 5-osevoy obrabotki.
Posle obrabotki detali mogut pereiti k vnutrennim finisham, takim kak anodirovanie, peskostruy, cherny oksid, polirovka i lazernaya gravirovka. Eto sokhranyaet kosmeticheskiy i razmerny kontrol v ramkakh odnogo protsessa.
Metally dlya CNC obrabotki
Alyuminiy, nerzhaveyushchaya stal, titan, latun, med i legirovannaya stal dlya konstruktsionnykh, kosmeticheskikh, teplovykh i uzkodopuskovykh CNC detalei.
Otkryt metallyPlastiki dlya CNC obrabotki
PEEK, POM, nylon, PTFE, ABS, polycarbonate i drugie inzhenernye plastiki dlya legkikh precizionnykh komponentov.
Otkryt plastikiReal Project References
More Case Studies
Keisy po 4-osevoy CNC obrabotke
Svyazannye proekty, gde mnogostoronnee frezerovanie, alyuminievye poverkhnosti, robototekhnicheskie elementy, UAV-komponenty, osnastka ili strategiya zakrepleniya opredelyali proizvodstvenny marshrut.
Premium Audio
6061 Aluminum Audio System Components for a German Premium Brand
A full visible 6061 aluminum component set combining CNC machining, black baking paint, Ferrari red automotive paint, mirror polishing, and chrome plating.
6061 AluminumPaint + ChromePremium Audio
Read Case
Audio Components
High-Appearance 7075 Bare Parts for a German Audio Components Company
A 4+ year supply relationship built on cosmetic control for thin long curved speaker parts, bare 7075 and 5074 deliveries, and scratch-free visible surfaces.
7075 AluminumBare Finish4+ Years
Read Case
Coffee Machine
One-Stop Component Supply for a Well-Known Italian Coffee Machine Manufacturer
Since 2018, Huade has supported PEEK grinder parts, brass and SS316 brewing parts, and aluminum sheet metal housings from prototype to repeat production.
PEEK + Brass + SS316Sheet MetalSince 2018
Read Case
Inzhenernye Instrumenty
Poleznye kalkulyatory pered RFQ
Dayte pokupatelyam i inzheneram bystryy sposob suzit materialy, sravnit finishi i proverit rezbovye oboznacheniya do otpravki faylov na raschet.
Podbor materiala
Sravnite rasprostranennye CNC-metally i plastiki po prochnosti, korrozii, vesu, sovmestimosti s finishem i byudzhetu.
Otkryt InstrumentPodbor finisha
Suzte anodirovanie, passivatsiyu, polirovku, poroshkovoe pokrytie, peskostruy i drugie varianty finisha dlya detaley.
Otkryt InstrumentKalkulyator rezby
Proverte rasprostranennye metricheskie, UNC, UNF i NPT-rezbovye dannye pered vypuskom chertezhey ili RFQ-proverkoy.
Otkryt Instrument Otvety na voprosy
FAQ po 4-osevoy CNC obrabotke
Yasnye otvety dlya inzhenerov, sravnivayushchikh frezerovanie s chetvertoy osyu s 3-osevoy i 5-osevoy obrabotkoy.
How does a 4-axis CNC milling machine work?
4-osevaya CNC frezernaya mashina peremeshchaet instrument po osyam X, Y i Z, poka zagotovka vrashchaetsya na chetvertoi osi. Etu vrashchatelnuyu os obychno nazyvayut osyu A. Eto pozvolyaet obrabatyvat neskolko storon detali v odnoi ustanovke, sokrashchaya vremya naladki i uluchshaya sovmeshchenie elementov.
What is the difference between the 4-axis and 5-axis CNC?
4-osevaya CNC mashina dobavlyaet odnu vrashchatelnuyu os k obychnomu 3-osevomu stanku. 5-osevaya CNC mashina dobavlyaet dve vrashchatelnye koordinaty, chto daet dostup k bolee slozhnym uglam i podrezam. Dlya mnogikh prizmennykh detalei, valov s frezernymi elementami, krepezhnykh uzlov i korpusov 4-osevaya CNC obrabotka effektivnee i deshevle, chem 5-osevaya.
What is the forth axis on a CNC machine?
Chetvertaya os eto vrashchatelnaya os, dobavlennaya k lineinym osyam X, Y i Z. Na mnogikh frezernykh stankakh ee nazyvayut osyu A, potomu chto ona vrashchaetsya vokrug osi X. Eto kontroliruemoe vrashchenie pomogaet obrabatyvat radialnye otverstiya, pazy, karmany, obkhodnye poverkhnosti i povtoryayushchiesya elementy vokrug detali.
What's a 4 Axis CNC router?
4 Axis CNC router eto stanok-router s dopolnitelnoy vrashchatelnoy osyu. Ego chasto ispolzuyut dlya dereva, peny, plastika ili legkikh alyuminievykh form. Huade fokusiruetsya na promyshlennom 4-osevom CNC frezerovanii dlya vysokotochnykh metallicheskikh i inzhenerno-plastikovykh komponentov, a ne na khobbi-routerakh.
Gotovy nachat proizvodstvo?
Poluchite raschet dlya vashego proekta 4-osevogo CNC frezerovaniya
Otpravte CAD-faily i chertezhi. Nashi inzhenery proveriat, mozhet li 4-osevaya CNC obrabotka sokratit vremya naladki, uluchshit kontrol baz i snizit stoimost vashoi detali.