Roomikkraana tõstesilinder

Our Lift Cylinders for Crawler Cranes are designed to deliver powerful and reliable lifting performance for heavy-duty applications. Engineered specifically for crawler cranes, these hydraulic cylinders provide the force needed to elevate crane arms (booms) with precision, supporting loads up to 590 tons in demanding environments such as construction sites, bridge building, and mining operations. Constructed with high-strength alloy steel and featuring advanced sealing systems, our lift cylinders ensure durability and leak-free operation, even under extreme dynamic loads and harsh conditions.

With a pressure rating of up to 35 MPa and optional corrosion-resistant coatings, they are built for long-term reliability in rugged terrains. Whether you’re hoisting steel beams or positioning heavy equipment, our lift cylinders for crawler cranes guarantee safety, efficiency, and unmatched performance for your lifting needs.

Lift Cylinder For Crawler Crane Parameter:

Roomikkraana silindrite seeria:

Key Features of Lift Cylinder For Crawler Crane:

Kõrge vastupidavus

The Lift Cylinder is constructed from premium-grade materials specifically chosen for their strength and resilience. This robust design enables the cylinder to withstand harsh working conditions and heavy loads, making it an ideal choice for demanding construction environments. Users can rely on its long-lasting performance, reducing the need for frequent replacements and ensuring uninterrupted operations, even in the most challenging scenarios.

Täppistehnika

Engineered with meticulous attention to detail, the features precise manufacturing tolerances. This level of precision enables smooth operation and enhances lifting accuracy, allowing operators to confidently handle loads. Whether lifting delicate materials or heavy machinery, this cylinder ensures that each movement is controlled and reliable, minimizing the risk of accidents and improving overall efficiency.

Korrosioonikindlus

To combat the effects of exposure to moisture and harsh elements, the Lift Cylinder undergoes a specialized surface treatment. This protective layer guards against rust and corrosion, significantly extending the cylinder’s lifespan. By maintaining optimal performance over time, this feature not only enhances the reliability of the cylinder but also contributes to lower maintenance costs and increased operational efficiency.

Kompaktne disain

The compact design of the Lift Cylinder sets it apart, allowing for easy installation and seamless integration into various crawler crane models. Its space-saving dimensions enable operators to maximize the efficiency of their machinery without sacrificing power. This versatility makes it an excellent choice for projects with limited space, ensuring that heavy-lifting capabilities are never compromised.

High-Pressure Capacity

Designed to handle high hydraulic pressures, the Lift Cylinder excels in delivering efficient lifting operations. This capability ensures that the cylinder can manage substantial loads safely and effectively, providing peace of mind to operators. By prioritizing safety while maximizing performance, this cylinder supports a wide range of applications, from construction to industrial lifting tasks, making it a reliable choice for any heavy-duty operation.

What Makes The Lift Cylinder Suitable For Heavy-Duty Lifting?

Here’s an expanded explanation of why the Lift Cylinder is suitable for heavy-duty lifting:

1. Erakordne vastupidavus:
   The Lift Cylinder is constructed from high-quality materials specifically chosen for their strength and resilience. This robustness allows the cylinder to withstand extreme conditions, such as heavy vibrations, shock loads, and harsh environmental factors typical in construction and industrial settings. The durability minimizes wear and tear, leading to fewer breakdowns and reduced downtime, which is critical for maintaining productivity on job sites.
2. High Pressure Capacity:
   This lift cylinder is engineered to handle high hydraulic pressures, crucial for lifting significant weights safely and efficiently. Its design incorporates advanced engineering principles that allow it to perform under intense stress without compromising structural integrity. This high-pressure capacity ensures that the cylinder can lift heavy machinery and materials reliably, making it suitable for various applications from construction to heavy manufacturing.
3. Täppistehnika:
   The features have state-of-the-art manufacturing tolerances that ensure precise alignment and operation. This level of precision is vital for tasks requiring delicate handling or exact positioning, as it minimizes the risk of accidents and enhances overall lifting accuracy. Operators can trust that the cylinder will perform consistently, leading to increased confidence in lifting operations and improved safety for both personnel and equipment.
4. Suurepärane korrosioonikindlus:
   To combat the effects of moisture, chemicals, and other corrosive elements, the undergoes a specialized surface treatment. This protective layer significantly reduces the risk of rust and corrosion, which can otherwise lead to mechanical failures. By enhancing the cylinder’s resistance to environmental factors, this feature ensures long-term reliability and performance, ultimately lowering maintenance costs and extending the lifespan of the equipment.
5. Kompaktne disain:
   The compact design of the Lift Cylinder allows for easy installation and integration into various crawler crane models. This space-saving feature is especially beneficial in environments with limited space, where maximizing the crane’s operational capabilities is essential. The streamlined design does not compromise lifting power, ensuring that operators can efficiently handle heavy loads without the bulkiness associated with traditional cylinders.

These enhanced features collectively make the Lift Cylinder a top choice for heavy-duty lifting applications, ensuring reliability, efficiency, and safety on the job.

Kahveltõstuki silindrite tootmispiirkond:

Meil on tipptasemel sõltumatu teadus- ja arendusplatvorm, mis on pühendatud montaažile, tagades meie tootmisprotsessides tipptasemel innovatsiooni ja kvaliteedi. Meie kahveltõstukite silindrite tootmistöökojas on neli poolautomaatset tõstesilindrite montaažiliini ja täisautomaatne kallutussilindrite montaažiliin, mis on kokku projekteeritud tootma kuni miljon ühikut aastas.

Lisaks on meie spetsialiseeritud silindrite töökoda varustatud erinevate spetsifikatsioonide jaoks kohandatud poolautomaatsete puhastus- ja montaažisüsteemidega, mille aastane tootmisvõimsus on 200 000 tükki. Kasutame tuntud CNC-seadmeid, töötluskeskusi ja spetsiaalseid tööriistu silindrite ülitäpseks töötlemiseks. Meie rajatisse kuuluvad ka täiustatud robotkeevitusseadmed, automaatsed puhastussüsteemid ning täisautomatiseeritud silindrite montaaži- ja värvimisliinid. Üle 300 töökorras oleva seadmega optimeerime ressursside jaotust ja tagame tõhusa kasutamise, järgides rangeid täpsus- ja kvaliteedistandardeid.

Meie mehaanikatöökojas on kohandatud kaldrööbastega treikeskused, mehaanikakeskused, kiired hoonimismasinad, keevitusrobotid ja muu oluline varustus. See seadistus võimaldab meil töödelda silindritorusid maksimaalse siseläbimõõduga 400 mm ja pikkusega kuni 6 meetrit, suurendades veelgi meie tootmisvõimalusi.

Meil on täisautomaatne veebaasil värvimise liin, mis on spetsiaalselt loodud väikeste ja keskmiste balloonide jaoks ning millel on automatiseeritud laadimis-, mahalaadimis- ja pihustusrobotid. Selle tipptasemel süsteemi tootmisvõimsus on 4000 ühikut vahetuse kohta. Lisaks on meil poolautomaatne värvimisliin suurte balloonide jaoks, mida käitab ketiülekanne ja mille projekteeritud võimsus on 60 kasti vahetuse kohta.

Toodete toimivuse parandamiseks ja oma juhtpositsiooni kindlustamiseks hüdrauliliste silindrite tööstuses oleme teinud koostööd ZJIMEE-ga, et luua terviklik jõudluslabor, mis on pühendatud hüdraulilistele silindritele, ventiilidele ja pumpadele. See täiustatud labor kasutab arvutipõhist testimist elektrohüdraulilise tehnoloogiaga, võimaldades eelseadistatud katsetingimusi, mis parandavad täpsust ja süsteemi mitmekülgsust. Automatiseeritud andmekogumisprotsess kasutab andureid väljundandmete, näiteks sisemise lekke ja koormuse efektiivsuse kogumiseks, mis seejärel töödeldakse arvuti abil ja teisendatakse standardühikuteks (ml/min%).

Lisaks rakendame oma hüdraulikasüsteemide ohutuse tagamiseks peamiste jõudlusparameetrite, sealhulgas õli temperatuuri, vedeliku taseme ja filtriseadme oleku jälgimist. Meie hüdrauliliste silindrite katsestend suudab täpsete näitude abil hinnata „koormuse efektiivsust“ ja „sisemist leket“. See on varustatud ka riiklikele standarditele vastava võrega mõõtevahendiga, mis tagab vastavuse kõigile hüdrauliliste silindrite toodete testimisnõuetele.