The CNC end face beveling machine is a high‑speed, precision pipe‑processing unit. It features our in‑house developed cam rotary clamping system and innovative rotary cutting process, coupled with a user‑friendly control system. Superior to alternative equipment, this model excels in high efficiency, energy conservation, eco‑friendliness and ease of operation. It is particularly ideal for hard‑to‑machine materials like stainless steel and high‑strength steel.
All‑in‑one cutting and beveling machine adopts rotary cold‑cutting. The cuts are burr‑free and distortion‑free with perfectly perpendicular ends ready for direct welding. Different bevel angles can be achieved by changing cutters for high processing efficiency.
Self‑developed cam rotary clamping system prevents pipe deformation via multipoint circumferential clamping. The liftable main unit enables flexible center‑height adjustment to fit various pipe diameters.
Works for carbon steel, stainless steel and alloy steel, especially suitable for hard‑to‑machine materials such as stainless steel and high‑strength steel. It performs end‑face and mid‑pipe cutting & beveling for petroleum, pharmaceutical, shipbuilding, power and other industries.
The CNC end face beveling machine equipped with variable‑frequency motor and user‑friendly control panel for simple operation. It reduces labor intensity and labor costs, complying with low‑carbon and environmental‑protection concepts.
UV‑type bevel
U‑type bevel
V‑type bevel
Double‑V bevel
Other bevel types can be customized upon request.
Product Introduction
1. The CNC end face beveling machine equipped with high‑definition LCD display screen
2. Set parameters to collect variable data, saved to system memory or SD card. Data can also be stored, analyzed and checked via Ethernet or USB.
3. EtherCAT / MIII bus control for superior real‑time performance and easy maintenance.
4. IoT‑enabled for real‑time processing data access and convenient management.
5. Expandable application software modules; add required plugin modules per customer needs.
6. 2GB RAM + 8GB storage for excellent execution speed.
7. Built around high precision, high efficiency and great flexibility, the product delivers outstanding performance for diverse applications.
Product Introduction
1. Input Interface: Receives signals from keypad, sensors, NC programs. Supports USB, serial port and Ethernet for multi‑device connection & data transmission.
2. Output Interface: Sends control signals to motors, solenoid valves, indicators to control machine movement and status. Signal format matches actuators for reliable execution.
3. Display Unit: LCD / touch screen for HMI, NC programs, parameters, machine status and alarm display for easy operation & monitoring.
4. Communication: Connects to host computer for remote monitoring, program transfer and system upgrade; supports multi‑device wired networking for collaboration & centralized management.
5. Advanced multi‑core CPU and supercomputing‑grade platform deliver ultra‑smooth operation.
6. 2GB storage ensures stable program execution for various tasks.
7. High anti‑interference design, passed 4.5KV EFT test and CE certification.
CNC End Face Beveling Machine Technical Parameters
| Model | SDJ-400 | SDJ-600 | SDJ-800 | SDJ-1200 | SDJ-1500 |
| Machining Range | Φ30-Φ457 | Φ80-Φ630 | Φ200-Φ830 | Φ300-Φ1200 | Φ500-Φ1500 |
| Machinable Wall Thickness | 3-100mm | 3-120mm | 3-150mm | 3-200mm | 3-200mm |
| Bevel Types | V, Double‑V, U, UV, I types, etc. (other bevel forms are optional) | ||||
| Clamping Method | Hydraulic multi‑jaw clamping (8‑jaw synchronous gripping) | ||||
| Control System | Yida, Taiwan (other control systems are optional) | ||||
| Suitable Workpiece Materials | Carbon steel, alloy steel, stainless steel, low‑temperature steel, etc. | ||||
| Main Motor Power | 4KW | 7.5KW | 7.5KW | 18.5KW | 4KW |
| Feeding Speed | Servo‑controlled (adjustable) | ||||
| X‑Axis Servo Motor Power | 2.3KW | ||||
| Y‑Axis Servo Motor Power | 2.3KW | ||||
| Main Unit Protection Class | Integrated frame protection | ||||
| Chip Removal Type | Rear chain‑plate chip removal system (standard) | ||||
| Hydraulic Motor Power | 2.2 / 5 (optional) | ||||
| Up/Down/Left/Right Axis Locking Method | Manual / Automatic (optional) | ||||
| Screen Size | 15‑inch, 19‑inch (optional) | ||||
| Main Unit Lighting | Available (RED lighting) | ||||
| X‑Axis Repositioning Accuracy | ±0.1 | ||||
| Y‑Axis Repositioning Accuracy | ±0.1 | ||||
| Main Motor Transmission Mode | Heavy‑duty V‑belt | ||||
| Boring Depth | ≤150 mm (standard tool holder: 100) | ||||
| Spindle & Cutter Head Speed | 20‑200 rpm (Stepless speed regulation, spindle variable‑frequency speed control) | ||||
| Tool Type | Standard NC inserts | ||||
| Tool Holder Type | Double‑head turning tool (one tool for both external and internal beveling) | ||||
| Main Unit Type | Integrated cast‑iron frame | ||||
| Overall Dimensions | |||||
| Equipment Weight | |||||
| Xianjin Pipeline | VS | Domestic Competitors |
| Self‑centering multi‑jaw clamping, high precision | Clamping Mode | V‑type clamping: poor repeat positioning accuracy, thin‑wall pipe clamping deformation |
| Rear servo‑driven cutter feed/retract; 12× higher efficiency than domestic counterparts, stable performance | Feed Mechanism | Front‑mounted motor: slow retraction, low efficiency; rear slip ring high failure rate |
| Tool post feed mechanism with hard rail, accuracy ±0.1 mm | Feed Mechanism | Some brands: linear‑rail construction, accuracy 0.5‑2 mm |
| Full machine safety enclosure | Safety Guard | Partial front‑side protection: flying metal chips |
| Gear shift + spindle VFD speed control, high torque output | Spindle Housing | Spindle VFD only: insufficient torque at low‑speed machining |
| 2.3 kW high‑power feed motor, double processing efficiency vs domestic counterparts | Feed Mechanism | Low‑power front motor, low idle speed |
| Gear‑ground gears inside gear housing | Spindle Housing | Hobbed gears on some units: high noise level |
| One‑piece cast main body, full‑series hard rails, superior rigidity | Main Body | Linear rails adopted by some manufacturers |
In summary, this CNC end face beveling machine delivers 12× higher overall efficiency and 5‑10× better machining accuracy compared with counterparts. Its clamping wall‑thickness capacity is optimally adapted for pipe machining.
● Roller Material: Carbon steel with high‑strength polyurethane coating, V‑type rollers
● Line Length: 6‑12 m (customizable length)
● Conveying Mode: Electric conveying
● Conveying Speed: 2‑20 m/min
● Speed Regulation: Variable‑frequency stepless speed control
● Control System: Wireless remote control
● Lifting System: 4‑6 electric synchronised lifters. Electric adjustment of pipe centre elevation to suit beveling processing for pipes of different diameters.
● Cross‑Travel Trolley: Cross‑direction movement, enables streamlined production in coordination with material racks.
● Roller Material: Carbon steel with high‑strength polyurethane coating, V‑type rollers
● Line Length: 6‑12 m (customizable length)
● Conveying Mode: Electric conveying
● Conveying Speed: 2‑20 m/min
● Speed Regulation: Variable‑frequency stepless speed control
● Control System: Wireless remote control
● Lifting System: 4‑6 electric synchronized lifters, enabling electric adjustment of pipe center elevation for beveling processing of pipes with different diameters
● Automatic Turning: Capable of meeting beveling requirements for both ends of pipes
dian Roller Material: Carbon steel with high‑strength polyurethane surface coating, V‑groove roller
● Line Length: 3 meters (customizable length), excluding the lower track
● Conveying Mode: Electric conveying
● Conveying Speed: 2‑20 M/Min
● Speed Regulation: Stepless frequency‑conversion speed control
● Control System: Wireless remote control
● Lifting System: 4‑6 electric synchronised lifters. Electric adjustment of pipe centre elevation to suit beveling processing for pipes of different diameters.
● Automatic Pipe Turning: Supports beveling on both ends of the pipe
● Manually adjust the bracket height to align with the center of the main machine.
● Manually move the supporting steel pipe position forward and backward.
A: The CNC end face beveling machine features our in‑house developed cam rotary clamping system, innovative rotary cutting technology, 380V VFD motor, user‑friendly control panel and stable feed mechanism. The liftable main unit adjusts the center height for various pipe diameters.
A: It processes carbon steel, stainless steel and alloy steel, especially hard‑to‑machine high‑strength steel. Widely used in petroleum, petrochemical, beer & dairy, pharmaceutical, metallurgy, water treatment, shipbuilding and power generation.
A: High cutting capacity and efficiency. It realizes one‑step cutting and beveling with burr‑free, distortion‑free cuts. Adopting rotary cold‑cutting, blades cut around pipe outer circumference to get 100% perpendicular end faces.
A: Pipe diameter: Φ30‑Φ1500; wall thickness: 3‑200 mm. Wide working range meets pipe cutting and beveling requirements for diverse industries.
Address
Banshang Dalongsi Industrial Zone, Liujia Town, Wujin District, Changzhou City, Jiangsu Province, China
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