Powerful and Reliable for Heavy Lifting and Pulling Applications
The Winch Machine is a heavy-duty mechanical device designed for lifting, pulling, and positioning loads efficiently. Built for reliability and performance, it is widely used in waste management systems, construction sites, and industrial applications. Its robust design and powerful motor ensure smooth and controlled operation even under demanding conditions.
Product Specifications:
- Lifting / Pulling Capacity: 1–10 tons (customizable)
- Drive Type: Hydraulic or electric motor-driven
- Rope Type: High-tensile steel wire rope
- Rope Length: 20–50 meters (as required)
- Drum Material: Heavy-duty steel with anti-corrosive coating
- Mounting Type: Fixed or vehicle-mounted
- Control System: Manual, remote, or in-cabin control options
- Power Source: Diesel engine or PTO-driven (optional)
- Operation Speed: Adjustable as per load requirement
Key Features:
- Strong and reliable performance for heavy-duty tasks
- Compact design for easy integration and mobility
- Smooth and controlled operation under load
- Corrosion-resistant and long-lasting structure
- Suitable for waste handling, construction, and industrial use
- Available in hydraulic, mechanical, or electric configurations
- Easy maintenance and user-friendly operation
- Custom-built options available for specific applications
Why Choose Ibrahim Ali Engineering Pvt Ltd?
A: Yes, we provide fully customized designs tailored to meet each customer’s specific operational requirements.
A: Our products are known for their easy operation, robust construction, and field-tested performance—ensuring long-term reliability and durability.
A: Yes, Ibrahim Ali Engineering (Pvt) Ltd is an ISO 9001 certified company, following strict in-process quality control throughout production
A: Absolutely. All K.E. products come with a six-month warranty against manufacturing defects and poor workmanship.
A: We use European-origin hydraulic and pneumatic components, tested under extreme conditions to guarantee minimal downtime and maximum efficiency.