YLC series hydraulic guillotine shear
Inquire NowDescription
The YLC series hydraulic guillotine shear is an advanced cutting solution designed for precision and efficiency. Constructed with a robust welded frame that has undergone tempering for durability, this machine is built to withstand the rigors of heavy-duty fabrication. The hydraulic drive mechanism ensures smooth operation with a reliable reservoir return stroke, enhancing productivity in any workshop environment.
The shear is equipped with a three-point supporting rolling guide system that guarantees high cutting quality. Its square blade design promotes longevity, while the blade clearance adjusting feature allows for easy and precise modifications, making it user-friendly. Additional features include a light alignment device and stepless adjustments for blade stroke, ensuring optimal performance tailored to various cutting needs.
Safety is also a priority, with railing guards incorporated into the design. The digital display provides crucial information on back gauge size and shear times, allowing operators to keep track of performance metrics efficiently. Moreover, the adjustable shear angle enables a versatile range of applications, making the YLC series an essential tool for metalworking professionals.
Specifications
Feature | Description |
---|---|
Frame | Entire welded frame with tempering |
Drive | Hydraulic drive with reservoir return stroke |
Guide System | Three point supporting rolling guide |
Blade Type | Square blade with long life |
Blade Adjustment | Indicated blade clearance adjustment |
Alignment Device | Light alignment device for precision cutting |
Blade Stroke | Stepless adjusting up blade stroke |
Safety Features | Railing guards for enhanced safety |
Digital Display | Back gauge size & shear times monitoring |
Shear Angle | Adjustable shear angle for versatility |
Additional Information
- Ideal for metalworking professionals seeking high precision and efficiency.
- Designed for heavy-duty applications with a focus on safety and user-friendliness.