PRODUCT PARAMETERS

  • Product Name: YS-200S Self-Propelled Dual-Spindle Beveling Machine
  • Model: YS-200S
  • Plate Thickness: 6–80 mm
  • Processing Angle: 0°–90° Adjustable
  • Beveling Speed: 0.6–1.5 m/min
  • Maximum Bevel Width: 80 mm
  • Bevel Types: K / V / X / Y + Upper Bevel + 0° Side Bevel
  • Main Cutting Motor: 4 kW × 2
  • Clamping: Electric Automatic Plate Clamping
  • Processing Method: Milling
  • Customization: Available according to application requirements
Description
FAQs
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Description

YS-200S Self-Propelled Dual-Spindle Beveling Machine

YS-200S is a self-propelled dual-spindle beveling machine designed for high-efficiency plate edge preparation and industrial welding preparation.

The dual-spindle structure allows two bevels to be processed in one operation, significantly improving processing efficiency compared with conventional single-side beveling.

The machine supports plate thicknesses from 6 to 80 mm and adjustable processing angles from 0° to 90°. The beveling speed can be continuously adjusted from 0.6 to 1.5 m/min through variable-frequency control.

YS-200S adopts a cold milling process, helping maintain a clean bevel surface without heat-induced oxidation or deformation.

Customization is available according to plate specifications, beveling requirements and production applications.

Product Features

  • Dual-Spindle Processing: Two bevels can be processed in one operation for higher production efficiency.
  • Self-Propelled Operation: Designed for continuous and efficient plate beveling.
  • Wide Plate Thickness Range: Suitable for 6–80 mm plate thickness.
  • Adjustable Processing Angle: Processing angle can be adjusted from 0° to 90°.
  • Variable Beveling Speed: 0.6–1.5 m/min with variable-frequency adjustment.
  • Multiple Groove Types: Supports K / V / X / Y grooves, upper bevel and 0° side bevel.
  • Large Bevel Capacity: Maximum bevel surface up to 80 mm.
  • Cold Milling Process: Helps avoid oxidation and thermal deformation of the bevel surface.
  • Automatic Clamping: Electric automatic plate clamping helps maintain stable clamping force.
  • Electric Height Adjustment: Electric lifting combined with floating lifting adjustment.
  • Customizable: Configuration can be customized according to application requirements.

Product Specifications

ParameterSpecification
ModelYS-200S
Product TypeSelf-Propelled Dual-Spindle Beveling Machine
Power Supply380V / 50Hz, 3-Phase AC
Total Motor Power8.99 kW
Main Cutting Motor Power4 kW × 2, 380V / 50Hz
Lifting Motor Power0.2 kW / 220V / 50Hz
Spindle Speed1500 r/min
Processing Angle0°–90°, Adjustable
Cutter Disc Diameter80 mm
Maximum Bevel Width80 mm
Number of Inserts7 Square Eight-Edge Inserts
Bevel TypesK / V / X / Y Groove + Upper Bevel + 0° Side Bevel
Height AdjustmentElectric Lifting + Floating Lifting Adjustment
Beveling Speed0.6–1.5 m/min, Variable Frequency Adjustable
Plate Thickness6–80 mm
Clamping MethodElectric Automatic Plate Clamping
Processing MethodMilling
Surface RoughnessRa 3.2–6.3

Applicable Materials

  • Carbon Steel
  • Stainless Steel
  • Alloy Steel
  • Cast Iron
  • Aluminum Plate

Applications

  • Dual-side plate beveling
  • Welding edge preparation
  • K / V / X / Y groove preparation
  • Heavy plate processing
  • Steel structure fabrication
  • Pressure vessel manufacturing
  • Industrial metal fabrication

FAQs

Shandong Jisi Intelligent Equipment Co., Ltd. provides intelligent automation solutions including collaborative robot welding units, collaborative robot loading and unloading units, and crawler-type mobile welding robots.

Our products are designed for flexible manufacturing applications such as robotic welding, CNC machine tending, automatic material handling and welding automation.

Yes. Our automation solutions can be configured according to different workpieces, production processes, equipment layouts and application requirements.

Customization options may include robot configuration, welding processes, gripping solutions, workstation structure and system integration.

The suitable solution depends on factors such as workpiece size, material, production process, required operation, available installation space and equipment connection requirements.

Our team evaluates the actual working conditions and provides a suitable automation solution based on the customer’s manufacturing needs.

Collaborative robot systems are designed for flexible production environments. They can support human-machine cooperation, quick deployment, simple operation and adaptation to different production tasks.

They are suitable for applications requiring flexible automation, small-batch production and frequent product changes.

Yes. We provide technical support related to equipment setup, operation guidance and application solutions according to customer requirements.

Our goal is to help customers achieve stable operation and efficient automation production.

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