News/Blog
Taiwan Mitsubishi 500KG Construction Hoist Case | 191M Long-Lift Winch Solution
2026/04/13Project Overview
Mitsubishi Taiwan required a customized winch solution for lifting and assembling elevator components on construction sites. The system needed to balance load capacity, lifting speed, and long lifting height.
COMEUP modified the CWG-30565-MBS base model to deliver a 500KG construction winch tailored to site requirements, enabling fast deployment within a limited project timeline.
- Client: Mitsubishi Taiwan
- Base Model: CWG-30565-MBS
- Rated Load: 500KG
- Speed: 17–30 m/min
- Motor: 7.5HP × 4P, 220V, 60Hz
- Lifting Height: 191M
- Application: Elevator component lifting and assembly
- Lead Time: 6 weeks
- Customized winch photos (CWG-30565-MBS):



Challenges
- Long lifting height requirement: 191M vertical distance demanded high system stability
- Efficiency and safety balance: Stable performance under 500KG load
- Application-specific integration: Must align with elevator installation workflow
- Tight delivery schedule: Completion required within 6 weeks
Solution:
COMEUP provided a customized winch solution focusing on load, speed, and lifting height:
- 500KG Load Capacity
Designed for medium-weight elevator components and vertical lifting tasks. - Variable Speed (17–30 m/min)
Ensures both operational efficiency and smooth handling. - 191M Long Lifting Height
Suitable for high-rise construction environments and long-distance lifting. - 7.5HP Motor Configuration
Delivers stable power output for continuous operation in demanding jobsite conditions.
Results:
- Achieved 500KG load capacity with 191M lifting height
- Improved lifting efficiency for elevator components
- Enhanced compatibility with real construction conditions
- Delivered within 6 weeks, accelerating project deployment
Planning a construction lifting or long-height hoisting project?
COMEUP INDUSTRIES INC. provides customized winch solutions tailored to your load, speed, and site requirements.
Contact us info@comeup.com.tw today for expert consultation