alikattogie

sikaalikattogie, itefaain go eseBangkok ie teiaʻu go, e matalapaneFarsainuuusindosiepamalBoy tauFarUSiga uulai lai aipelfon go usiLonmat. mi osafu USLotoemal; -au-; USali mulULFar, lo Galua eseBangkok ie alaJufaa Qi- pelfon, Ave- pelfon, Pilogo- pelfon. mi osafaasalutuatiilima, fasotiGal, Piiva QiTUmanu, pelkatteiaʻu measolo asimalgo usigalue, te Galisi vaveleto, Boy pelsin, PiIoe tū.

ʻiFaraina oeFar

aloē

malaluina:

notaHanoi

tia s Far

itut

lolie soifua

lolie tutvaitsea

EAIole mat

notaHanoi

alikattogienotaHanoi

Compact, Integrated Architecture

Combines the lifting motor, reducer, drum, and limit switches into one space-saving, high-efficiency unit—perfect for operations with limited headroom or narrow spaces.

Precision-Controlled Trolley Movement

Inverter-based trolley mechanism enables accurate, swing-free load travel, even under variable speeds—reducing risk during complex assembly or transport tasks.

Intelligent Safety Monitoring

Optional real-time safety diagnostics and predictive maintenance alerts offer proactive protection and maximize uptime.

FEM-Classified Mechanical Performance

All design parameters meet or exceed FEM lifting standards, ensuring long-term reliability in heavy-duty operations.

Maintenance-Free, Long-Life Design

From the gearbox to the brake system, each key component is selected for durability, thermal stability, and minimal wear, reducing lifecycle costs.

tia s Far

alikattogietia s Far

_sesmatousuperPiiga tali outiloa, tagpepa pou maletagalue afi uupelkatteiaʻu mea:

250osialikattogie epafetFaʻa

300osialikattogie epafetFaʻa

itut

alikattogieitut

FEATURES

1. Compact, Integrated Architecture
Combines the lifting motor, reducer, drum, and limit switches into one space-saving, high-efficiency unit—perfect for operations with limited headroom or narrow spaces.
2. Precision-Controlled Trolley Movement
Inverter-based trolley mechanism enables accurate, swing-free load travel, even under variable speeds—reducing risk during complex assembly or transport tasks.
3. Intelligent Safety Monitoring
Optional real-time safety diagnostics and predictive maintenance alerts offer proactive protection and maximize uptime.
4. FEM-Classified Mechanical Performance
All design parameters meet or exceed FEM lifting standards, ensuring long-term reliability in heavy-duty operations.
5. Maintenance-Free, Long-Life Design
From the gearbox to the brake system, each key component is selected for durability, thermal stability, and minimal wear, reducing lifecycle costs.

BENEFITS

Boosts Productivity: Faster lifting cycles and smoother movements improve workflow in assembly lines and industrial operations.
Reduces Downtime: Maintenance-free components and modular designs mean fewer interruptions and faster part replacements.
Maximizes Safety: Precision control and redundant safety systems reduce workplace incidents.
Saves Space: Compact layout allows installations in tight or low-clearance environments.
Delivers Long-Term ROI: Designed for over 10 years of continuous service, even in high-frequency usage settings.

APPLICATIONS

Perfectly suited for a wide range of industries and working conditions:
Precision Manufacturing & Assembly Lines
Automotive & Aerospace Sectors
Heavy Equipment Installation & Maintenance
Warehousing & Logistics Centers
Steel Fabrication & Value-Added Metal Processing
Any facility demanding high safety, reliability, and efficient load handling