Hydraulic drive, precisely shear metal plates ranging from 0.5mm to 20mm, highly efficient and low-noise, equipped with safety protection system, durable and long-lasting, energy-saving and environmentally friendly, enabling efficient production!
LISTEN brand shearing machine is a vital tool in metal fabrication, designed to cut sheets or plates with precision.
Structure: Built with a heavy-duty frame and upper/lower blades, it ensures stability and minimizes vibration during cutting.
Drive Systems: Hydraulic or mechanical drives provide power, with hydraulic models excelling in cutting thick materials (up to 25mm) smoothly.
Blade Types: Replaceable high-carbon steel or tungsten carbide blades maintain sharpness for clean, burr-free edges.
Control Systems: CNC or manual controls adjust cutting length, angle, and pressure.
Versatility: Handles steel, stainless steel, aluminum, and copper, catering to industries like automotive, construction, and shipbuilding.
Safety: Features include foot pedals, blade guards, and emergency stops compliant with ISO/CE standards.
Efficiency: Quick blade gap adjustment and automated backgauges reduce setup time, boosting productivity.
Available in sizes from 1m to 6m cutting lengths, shearing machines deliver cost-effective, high-volume cutting for panels, brackets, and structural components.
LISTEN brand shearing machines deliver high-precision cutting for metal sheets with robust construction and advanced hydraulic systems. Featuring user-friendly controls, adjustable blades, and safety guards, they ensure efficiency and durability. Ideal for industrial manufacturing, LISTEN machines optimize productivity while minimizing material waste and operational downtime.
The LISTEN brand guillotine shear is engineered to deliver exceptional performance, durability, and efficiency in sheet metal processing. Here’s a detailed breakdown of its competitive advantages for industrial users:
1. High Precision and Cutting Accuracy
LISTEN shears are equipped with CNC-controlled backgauges and hydraulic clamping systems, ensuring cutting precision within ±0.5 mm for consistent results. Advanced dynamic blade gap adjustment adapts to material thickness (0.5–25 mm) and type (steel, stainless steel, aluminum), minimizing burrs and material waste.
2. Robust Construction and Stability
Built with reinforced welded frames and high-strength alloy blades, LISTEN shears withstand heavy-duty operations without deformation. Torsion-resistant beams and precision-ground guide rails ensure stability, even under maximum load capacities
3. Energy Efficiency and Eco-Friendly Design
Featuring servo-hydraulic drive systems, LISTEN shears reduce energy consumption by 30–40% compared to traditional models. The closed-loop hydraulic circuit minimizes oil usage and heat generation, aligning with sustainable manufacturing practices.
4. User-Friendly Operation and Automation
Touchscreen CNC interfaces simplify programming for complex cuts and repetitive tasks.
Automatic blade lubrication systems and quick-change blade holders reduce downtime.
Safety light curtains and two-handed operation controls ensure compliance with ISO safety standards.
5. Versatility and Adaptability
LISTEN shears support a wide range of applications, from thin-gauge sheet metal to thick plates.
6. Durability and Low Maintenance
Hardened and tempered blades extend service life by up to 3x compared to standard blades.
7. Comprehensive After-Sales Support
LISTEN provides global technical support, on-site training, and rapid spare parts delivery, ensuring minimal downtime and long-term operational reliability.
The gate-type shearing machine uses a frame structure with all-steel welding. It has four angles, eight sides with a right-angle guide rail, high precision, good rigidity,
and hydraulic pre-tightening. The whole hydraulic system adopts a two-way cartridge integrated valve and can be configured with a digital stroke display, photoelectric
protection device, and portable table (convenient for changing the mold). The gate-type shearing machine has a double function of both the upper slider and the lower
hydraulic pad, and the device can adjust the working pressure stroke in the specified range according to the process requirements. It is easy to operate with the centralized control button.
1. Use the whole welding frame structure and vibration aging treatment. The machine has good rigidity, high precision, and good precision retention.
2. Use a three-point supporting axle rolling guide rail. The upper tool rests and moves gaplessly in the rolling guide rail. Rotating the hand wheel can adjust the service life of the blade.
3. The movable blade support and four-legged long blade are provided for easy adjustment of blade gap uniformity, improve shear quality and prolong blade service life.
4. Use a tandem cylinder synchronization system. The machine is forced uniformly. Adjusting the flow of the tandem cylinder makes it very convenient to adjust the shear angle, which can meet the needs of different shear plate thicknesses.
5. Use a motorized rear stopper device and electronic counter. It is convenient to adjust the position of the rear stopper.
The swing-type shearing machine usually adopts inclined blade shearing. It has been widely used because of its simple structure, low failure rate, high shearing efficiency, and no distortion and warping after cutting. In the shearing process, as the tool rest does rotary movement, the angle and shearing gap of the swing-type shear will change.
The machine is a steel-welding structure. Hydraulic transmission, vibration to eliminate stress, and it has high strength and good rigidity. Hydraulic swing-type shearing machines do downward shearing movement, and nitrogen cylinder return by using the main cylinder (fixed on the wall panel). So simplified, the hydraulic system operates more stably—the upper tool rest of the swing-type shearing machine swings around a fixed axis in the shearing process. Through leverage, the fulcrum has little force, which can improve the shearing blade and machine life. The whole machine is in a compact structure and can electrodeless adjust the stroke of the upper tool rest, significantly improving the working efficiency.
The shearing machine, to obtain a high-quality workpiece, should be able to ensure the straightness and parallelism of the shear surface of the sheet after cutting and minimize
plate distortion. The upper blade is fixed on the tool rest, and the lower is specified on the working table. Material supporting ball is set on the operating table, so the sheet
material will not be scratched when sliding on it. The rear stopper is used for plate positioning, and the motor adjusts the position. The press cylinder compresses the sheet to
prevent it from moving during shearing. The guardrail is a safety device to prevent accidents at work. The return usually depends on nitrogen, which is fast and has little impact.
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