High Precision Bevel Cutting Machine

The high precision bevel cutting machine adopts an innovative integrated skid-mounted design and optimized frame structure. With integrated layout of core components, it can be quickly assembled on-site within 1 hour to shorten construction preparation cycles, ideal for large-scale projects with tight schedules. Equipped with a 380V high-performance variable-frequency motor for stable power output, paired with a precision CNC feed mechanism, it achieves feed accuracy control up to ±0.07mm. This machine is widely used in more than ten industries including petrochemical, food & beverage, biomedicine, energy and power.

Product Advantages

Integrated Skid Design, Safe & Efficient

Featuring integrated skid-mounted and compact core layout, the high precision bevel cutting machine supports 1-hour on-site fast assembly, ideal for tight-cycle large projects. The low-center design eliminates vibration and displacement for stable and safe operation. With self-developed cam clamping system and intelligent control, it ensures high-efficiency machining.

High Precision & High Speed, One-step Forming

Driven by a 380V variable-frequency motor and precision CNC feed system, it delivers ±0.07mm ultra-high feeding accuracy. It finishes DN300 pipe processing in 3-5 minutes with 20 pieces per hour, 3 times faster than traditional machines. One-step cutting and beveling achieves Ra12.5um burr-free surface with over 99% qualification rate. Quick-change modular tools meet multi-angle beveling demands.

Wide Compatibility, Wear Resistant & Productive

Widely applicable in petrochemical, food, pharmaceutical, power and other industries. Equipped with constant-torque cutting technology, it effortlessly processes 304/316 stainless steel and alloy steel. It reduces tool wear by 30% removes manual polishing procedures, and improves single-shift productivity by 50%.

Energy Saving, Cost Reduction & Easy Operation

The variable-frequency system cuts energy consumption by over 25% for low-carbon production. The intelligent touch panel with preset parameters enables easy operation; new operators can work independently after 30-minute training. Low loss and high efficiency effectively reduce overall production costs.

Main Functions

Automatic Multi-jaw Double-side Clamping · Automatic Feed & Retract · Circulating Water Cooling · Main Unit Automatic Lifting · Main Unit Variable Frequency Speed Regulation · Simultaneous Cutting & Beveling · Pipe Cutting with Double-sided Bevel · Hydraulic Clamping · Double-side Viewable Safety Door · Low-profile Integrated Frame · Laser Tool Setting for Fast Cutting Positioning · Pneumatic Automatic Material Tilting · Integrated Skid-mounted Design for Fast On-site Installation · Wireless Controlled Automatic Feeding & Discharging

SME-II Integrated Skid-mounted Design Benefits

Extended Material Rack for Quick Connection / Integral Lifting Mechanism

Comparison of Integrated Skid-mounted Design

The SME-II high precision bevel cutting machine requires no on-site installation or commissioning! The integrated skid-mounted design transforms traditional construction workflows. All equipment modules are assembled on a unified skid platform and precisely calibrated at the factory. Once delivered to site, complex leveling is unnecessary. The unit can be quickly positioned and commissioned, cutting construction time by 70% and improving accuracy by 90%. Efficient, user-friendly and low-deviation, it speeds up project delivery.

Adopting modular integration, the skid frame pre-assembles the main machine, piping and control system. High-precision fabrication and strict factory tests ensure excellent levelness and stability. On-site work only requires fixing the skid base and connecting external pipelines. It eliminates tedious conventional commissioning, reduces construction difficulty and time cost, perfectly suited for time-critical projects under complex site conditions.

SME-II Suspended Low-center Design

Suspended Low-Center Design

The pipe passing center height stays within a standardized range. For pipes from 30 mm small bore to 630 mm large diameter, the center height remains constant during machining. This high precision bevel cutting machine eliminates height shift issues caused by varying pipe diameters on traditional machines. No height adjustment is needed for forklift or overhead crane handling on site, raising transport efficiency by 70%.

4-Post Slider Stabilization System

Symmetric four-post slider structure paired with high-precision linear guides. Lateral swing ≤0.2 mm during operation. Stability improved by 60% versus conventional two-post designs. Even for large pipe cutting, bevel accuracy reaches ±1°. It suppresses vibration impact on pipes and guarantees safe site operation.

On-site Construction Convenience

Uniform pipe pass height allows pipes of multiple sizes to share the same transport tracks or supports, cutting on-site fixture costs.

Anti-Tip Stability

Greatly lowered machine center of gravity. Consistent center height across the full 30-630 mm pipe range. 40% lower gravity center than traditional equipment. Reduces overturning risks from uneven ground or eccentric pipe loads. Anti-overturn performance up by 60% to prevent mechanical injuries from machine tipping.

Zero-Collision Transport Safety

Uniform ultra-low center height removes height adjustment for different pipe sizes. Forklifts and overhead cranes can move along fixed paths. It avoids pipe collision and falling risks from height differences, prevents struck-by accidents and protects personnel & equipment.

Operator Fall Prevention

Low machine profile enables pipe alignment without working at height, lowering fall hazards from climbing or leaning. Vibration and shaking are greatly reduced during operation, minimizing risks of slipping tools and flying debris.

Vibration & Interference Resistance

Ultra-low center height plus rigid structure keeps the machine stable in high-frequency cutting. It reduces risks of loose components and chipped cutters triggered by vibration, stops flying fragments and delivers a safer working environment.

Technical Parameter

Selection Parameters

Technical Parameters

Advantage Comparison

Field Application Cases

FAQ

Q: What advantages does SME-II series have over traditional machines?

A: The High precision bevel cutting machine has prominent competitive edges. The VFD system reduces energy consumption by more than 25% to achieve energy-efficient production. With user-friendly touch panel and smart parameter preset, novice operators can operate independently after 30-min training.

Q: What is the processing performance of SME-II series machines?

A: Fitted with a 380V high-performance VFD motor for steady, strong power. Precision CNC feed mechanism delivers ±0.07mm feed accuracy. Tools rotate evenly around the pipe. One cut takes 3-5 min, max output 20 pcs/h for DN300 pipes, over 3× faster than traditional units. Cutting and beveling are done in one run. Surface roughness Ra12.5μm, no burr or deformation, over 99% one-time pass rate.

Q: What is the suspended low-center design and its benefits?

A: It keeps the pipe passing center height in a standardized range. For pipes from 30 mm small bore to 630 mm large diameter, the center height stays constant during processing. It removes height shift issues caused by varying pipe diameters on traditional machines. Forklifts and overhead cranes need no height adjustment on site, raising handling efficiency by 70%.

Q: What is the processing range of the SME-II machine?

A: SME-II handles pipe wall thickness up to 50 mm. It delivers efficient cutting and beveling for most medium and heavy wall pipes in regular conditions, with broad working range and great adaptability.