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Irin ti ko ni irin alagbara, irin ti o rii laini iṣelọpọ
The stainless steel water sink production line is an automated manufacturing line that includes processes such as steel coil unwinding, cutting, and stamping to shape the sinks. Ila iṣelọpọ yii nlo awọn roboti lati ro asficy asfilk, gbigba fun ipari pari laifọwọyi iṣelọpọ ti iṣelọpọ SEM.
Omi irin ti ko rii laini iṣelọpọ ti o jẹ ti awọn ẹya akọkọ meji: Ẹgbẹ ti o jẹ ohun elo ohun elo ati Ẹṣẹ Sinxing SEK. Awọn ẹya ara meji wọnyi ni asopọ nipasẹ ẹyọ gbigbe awọn eekaye, eyiti o mu ki gbigbe awọn ohun elo laarin wọn. Ẹgbẹ ipese ohun elo pẹlu ohun elo bii awọn alaigbọran tabi awọn limaminotors fiimu, awọn flateners, awọn eso, ati awọn eso igi. Ẹya gbigbe awọn eekaririka Awọn ẹya ara ẹrọ ni gbigbe awọn ohun elo gbigbe, awọn laini tito awọn ohun elo, ati ṣofo awọn ila ibi ipamọ pallet. The stamping unit comprises four processes: angle cutting, primary stretching, secondary stretching, edge trimming, which involve the use of hydraulic presses and robot automation.
Agbara iṣelọpọ ti laini yii jẹ awọn ege 2 fun iṣẹju kan, pẹlu idajade lododun ti o to awọn ege 250,000.
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SMC / BMC / GMT / PCM Compusote Mydraulic Tẹ
Lati rii daju iṣakoso kongẹ nigba ilana ṣiṣe, tẹ-hydraulic tẹ ni ipese pẹlu eto iṣakoso ẹrọ Hydraulic ti ilọsiwaju. Eto yii mu iṣakoso ipo, iṣakoso iyara, bulọọgi ṣiṣi Iṣakoso iyara, ati deede paramita. Iṣiṣe iṣakoso titẹ le de ọdọ rẹ ± 0.1mpa. Parameters such as slide position, downward speed, pre-press speed, micro opening speed, return speed, and exhaust frequency can be set and adjusted within a certain range on the touch screen. Eto iṣakoso jẹ agbara fifipamọ, pẹlu ariwo kekere ati ikoli Harraulic kekere, pese iduroṣinṣin giga.
To address technical issues such as unbalanced loads caused by asymmetric molded parts and thickness deviations in large flat thin products, or to meet process requirements such as in-mold coating and parallel demolding, the hydraulic press can be equipped with a dynamic instantaneous four-corner leveling device. This device utilizes high-precision displacement sensors and high-frequency response servo valves to control the synchronous correction action of the four-cylinder actuators. O ṣaṣeyọri deede igun ipele mẹrin mẹrin ti o to to 0.05mm lori gbogbo tabili.
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LFT-d gigun okun okun ti agbara igbona igbona gbona siwaju si isalẹ laini iṣelọpọ
Ilana iṣelọpọ bẹrẹ pẹlu okun okun atilẹba ti o tẹsiwaju sinu extrader, nibiti o ti ge ati fa jade sinu fọọmu pellet. Awọn pellets naa wa ni kikan ki o ni kiakia si ni kiakia si awọn apẹrẹ ti o fẹ nipa lilo eto mimu ohun elo robotiotic ohun elo ati titẹ hydraulic yiyara. Pẹlu agbara iṣelọpọ lododun ti 300,000 si 400,000 awọn ọpọlọ, iṣelọpọ iṣelọpọ yii ṣe idaniloju iṣelọpọ giga.
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Gbigbe akojo aṣọ-ara gbigbe gbigbe gbigbe gbigbe gbigbe (HP-rtm)
The Carbon Fiber High Pressure Resin Transfer Molding (HP-RTM) equipment is a cutting-edge solution developed in-house for the production of high-quality carbon fiber components. This comprehensive production line comprises optional preforming systems, an HP-RTM specialized press, an HP-RTM high-pressure resin injection system, robotics, a production line control center, and an optional machining center. The HP-RTM high-pressure resin injection system consists of a metering system, vacuum system, temperature control system, and raw material transportation and storage system. O nlo ipa giga, ọna abẹrẹ ti o ni abẹrẹ pẹlu awọn ohun elo mẹta ti o yatọ. Ifiweranṣẹ amọja ni ipese pẹlu eto ipele igun mẹrin-igun, nfunni deede to ni iyanilenu ti 0.05mm. O tun ẹya awọn agbara alubosa, gbigba fun awọn ọna ṣiṣe iyara ti awọn iṣẹju 3-5. Ohun elo yii mu ki iṣelọpọ ipele ati siseto rọọrun ti awọn ohun elo carbon.
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Titanium Alloy Superraulic Tẹ
The Superplastic Forming Hydraulic press is a specialized machine designed for the near-net forming of complex components made from difficult-to-form materials with narrow deformation temperature ranges and high deformation resistance. O wa ohun elo ti o wa ni ibi-iṣẹ bii aerospopace, ọkọ oju omi, ologun, olugbeja, ati iṣini iyara.
This hydraulic press utilizes the superplasticity of materials, such as titanium alloys, aluminum alloys, magnesium alloys, and high-temperature alloys, by adjusting the grain size of the raw material to a superplastic state. Nipa fifi titẹ irọra ati awọn iyara ti o ṣakoso, awọn atẹjade, atẹjade naa ṣaṣeyọri idibajẹ superpation ti ohun elo naa. This revolutionary manufacturing process enables the production of components using significantly smaller loads compared to conventional forming techniques.
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Ni ọfẹ Gbigbe Hydraulic Tẹ
Ni ọfẹ ti fihan ni tẹ Hydraulic Tẹ jẹ ẹrọ amọja kan ti a ṣe apẹrẹ ọfẹ ọfẹ ti nranye ọfẹ. It enables the completion of various forging processes such as elongation, upsetting, punching, expanding, bar drawing, twisting, bending, shifting, and chopping for the production of shafts, rods, plates, discs, rings, and components composed of circular and square shapes. Equipped with complementary auxiliary devices such as forging machinery, material handling systems, rotary material tables, anvils, and lifting mechanisms, the press seamlessly integrates with these components to complete the forging process. It finds wide applications in industries such as aerospace and aviation, shipbuilding, power generation, nuclear power, metallurgy, and petrochemicals.
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Omi alloy Light n ku / semisolid dida laini iṣelọpọ
The Light Alloy Liquid Die Forging Production Line is a state-of-the-art technology that combines the advantages of casting and forging processes to achieve near-net shape forming. This innovative production line offers several benefits, including a short process flow, environmental friendliness, low energy consumption, uniform part structure, and high mechanical performance. It consists of a multifunctional CNC liquid die forging hydraulic press, an aluminum liquid quantitative pouring system, a robot, and a bus integrated system. Laini iṣelọpọ jẹ ijuwe nipasẹ iṣakoso CNC rẹ, awọn ẹya oye, ati irọrun.
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Inagun gaasi Cylinder / Awọn ọta Ikọlọpọ Ẹkọ
The Vertical Gas Cylinder/Bullet Housing Drawing Production Line is specifically designed for the production of cup-shaped (barrel-shaped) parts with a thick bottom end, such as various containers, gas cylinders, and bullet housings. Iwọn iṣelọpọ yii jẹ ki awọn ilana pataki mẹta: iyara, fifun, ati iyaworan. It includes equipment such as a feeding machine, medium-frequency heating furnace, conveyor belt, feeding robot/mechanical hand, upsetting and punching hydraulic press, dual-station slide table, transfer robot/mechanical hand, drawing hydraulic press, and material transfer system.
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Gaasi gigun kekere ti o wa pẹtẹlẹ aworan iyaworan
Awọn gaasi agolo pẹlẹbẹ ti a ṣe apẹrẹ fun ọna kika ilana ti awọn agolo gigun giga gaasi. It adopts a horizontal stretching forming technique, consisting of the line head unit, material loading robot, long-stroke horizontal press, material-retreating mechanism, and line tail unit. This production line offers several advantages such as easy operation, high forming speed, long stretching stroke, and a high level of automation.
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Gantry taara hydraulic tẹ fun awọn farahan
Our gantry straightening hydraulic press is designed specifically for the straightening and forming processes of steel plates in industries such as aerospace, shipbuilding, and metallurgy. Ohun elo oriširiši ti ori silinda giga, fireemu alarinrin kan, ati iṣẹ ṣiṣe ti o wa titi. With the ability to perform horizontal displacement on both the cylinder head and the gantry frame along the length of the worktable, our gantry straightening hydraulic press ensures precise and thorough plate correction without any blind spots. Akọkọ iboju ti atẹjade ti wa ni ipese pẹlu iṣẹ-ọna ẹrọ-isalẹ, gbigba fun deede Pretelination. Additionally, the worktable is designed with multiple lifting cylinders in the effective plate area, which facilitates the insertion of correction blocks at specific points and also assists in lifting the plates.ifting of the plate.
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Gantry Aifọwọyi taara hydraulic Tẹ fun ọja iṣura
Wa wa taara si taara ni hydraulic Tẹ jẹ laini iṣelọpọ pipe ti a ṣe apẹrẹ daradara ati didara irin-ọja ọpa. It consists of a mobile hydraulic straightening unit, a detection control system (including workpiece straightness detection, workpiece angle rotation detection, straightening point distance detection, and straightening displacement detection), a hydraulic control system, and an electrical control system. This versatile hydraulic press is capable of automating the straightening process for metal bar stock, ensuring superior accuracy and efficiency.
