XERUS – CNC Hydraulic Press Brakes
Product Description
XERUS CNC Hydraulic Press Brakes is a CNC press brake for sheet and plate bending. The XERUS series is a CNC hydraulic press brake family for sheet and plate bending.
XERUS CNC Hydraulic Press Brakes Overview
Press brakes are selected by the parts a shop bends routinely, including material, thickness, bend length, tooling, geometry, accuracy, and production mix. Available configurations and capacities vary by model and project. Confirm the final specification against your material, part geometry, production target, utilities, safety requirements, and installation conditions.
Product Details
Advanced Frame Construction: Built with precision tolerances and stress-relieved welded components for durability.
Optimized Design: All tensile points feature large radii to eliminate potential welding cracks, ensuring structural integrity.
Minimized Deformation: Inertia of lower and upper tables designed for optimal performance under load.
Vertical Top Plate Positioning: Allows compensation for vertical loads by roller bearings, piston bearings, and felts.
Double-Side Hydraulic Cylinders: Honed to a surface quality of 2 microns for reduced wear and increased efficiency, made from SAE 1040 forged material.
Excellent Load Balancing: Cylinders are bolted with cams for superior levelling.
Precision Piston Design: Features omega-type felts with full bronze bearings for enhanced durability.
Low Friction Operation: Precision-ground, hard chrome-plated pistons for minimal friction during operation.
Guided Top Tray Slides: Made from low-friction materials to facilitate smooth movement.
Hydraulic System: Allows for precise operation at all pressure values, ensuring synchronization and repeatability.
Durable Back-gauge System: Designed for harsh environments with scrapping type bearings to resist dust accumulation.
Weather-Resistant Coating: Outer surface painted with two layers (at least 60 microns) for protection against environmental factors, cured in advanced ovens.
Standard Axes: Includes Y1, Y2, and X-axis configurations.
What to Confirm Before Requesting a Quote
Material type, grade, and thickness range.
Maximum bend length and required force.
Part drawings and bend sequence.
Tooling standard and v-die requirements.
Axis, backgauge, crowning, and control needs.
Guarding, support, and automation requirements.
Workflow and Integration Considerations
Review programming, tool setup, material support, bend verification, operator ergonomics, and downstream inspection together. Final machine selection should be confirmed against current drawings, capacity tables, application tests, utilities, safety requirements, installation conditions, training needs, and service availability.
