Key Features

Finger Type Double Head Chamfering Machine Configured with Vertical Catcher Feeding: The loading system incorporates a unique “finger type” vertical pneumatic gripping track that directly captures material and synchronizes with a central pneumatic locking clamping matrix.

Finger Type Double Head Chamfering Machine Enclosed in Visual Safety Enclosure: The core cutting zone is completely protected within a sealed structural outer cover, outfitted with a large-scale anti-impact transparent viewing matrix and an adjacent digital touch control panel.Eliminates the occupational hazards of high-speed flying metal chips and coolant fluid mist, ensuring a pristine and hazard-free workshop. Operators have a clear view of the real-time machining loop without opening the safety door, perfectly merging operations security with plant cleanlines.

Finger Type Double Head Chamfering Machine Driven by Digitalized Control Controls:Spindle linear tracks are governed by intelligent servo motor systems, featuring an automatic blade-damage/overload detection alarm stop turning function, with length configurations operated digitally via the touch screen.When switching between fluctuating pipe or pin lengths, operators input dimensions directly into the screen interface, bypassing tedious manual tuning and compressing setup intervals. If an insert breaks under heavy loads, the system triggers an instant safety shutdown, preventing secondary damage to expensive spindle units or clamping matrix blocks.

Supported by a rigid fully enclosed safety shield and synchronized high-response servo-pneumatic movements, this machine is engineered to deliver continuous, uniform runs over multi-shift schedules, helping production environments sustain a clean, green, and highly predictable lean output rhythm.

Precision Automotive Components & Shock Absorber Sleeves:Tailored for standard end-facing, inner bore deburring, and highly symmetrical outer-diameter beveling on automotive shock absorber sleeve brackets, custom bushings, chassis steering rods, and structural tubing.

Hardware Pins & Automatic Assembly Equipment Component Production:Specialized for precise total length correction and edge smoothing on automatic assembly machine ejector pins (including hair clips/pegs assembly gear components), electric device pins, hinge pins, and solid steel locating dowels.

HVAC Piping, Heat Exchangers & Refrigeration Circuits: This configuration is dedicated to high-smoothness end-facing, internal beveling, or step-boring on seamless steel lines, heavy-wall aluminum liners, and copper manifold lines prior to tube flaring, shrinking, or bending processes, where its stable servo feed minimizes micro-scratches to yield an ideal foundational surface for subsequent leak-proof welding or hermetic seal fittings.

Metal Furniture & Hardware Fabrication: This system is engineered for rapid flash removal, outer beveling, and cross-section deburring on both ends of steel pipes for laundry racks, iron legs for modern office furniture, aluminum ladder sections, and irregular hexagonal profiles, entirely eradicating sharp boundaries from raw cuts to facilitate seamless downstream plastic end-cap insertions or decorative fitting assemblies.

Architectural Decoration, Stainless Handrails & Fastener Blanks: This unit is designed for high-efficiency dual-end facing and edge prepping on stainless steel architectural safety railings, space frame connecting tubes, and specialty heavy-duty fastener blanks before thread rolling, delivering highly uniform bevel angles and perfectly square cross-sections to enhance downstream butt-welding arc stability and prolong threading die service life.

Blade Damage Alarm Protection:Automatically stops operation when tool damage is detected, reducing equipment risk and maintenance costs.

Heavy Duty Industrial Structure:Stable machine frame design supports long-term continuous production in factory environments.

Key Features

Dual Head Chamfering System: Simultaneously processes inner and outer chamfers to improve production efficiency and machining consistency.

Wide Workpiece Compatibility: Suitable for round, hexagonal, and square metal parts with diameters from 40mm to 110mm.

Servo Feeding Control: Delta servo feeding system provides precise positioning and stable automatic material feeding.

Pneumatic Clamping Structure: Ensures secure workpiece holding and minimizes vibration during machining.

Digital Adjustment Operation: Chamfer size and machining length can be digitally adjusted without complex mechanical setup.

The 120 Large Diameter Hexagon Bolt Flat Head Chamfering Machine is designed for high-precision chamfering and flat head processing across a wide range of industrial metal manufacturing applications. With stable automatic feeding, dual-head machining capability, and reliable continuous operation performance, the machine provides efficient and consistent chamfering solutions for factories handling large-diameter metal workpieces and heavy-duty hardware components.

Fastener Manufacturing Industry:Used for chamfering large hexagon bolts, threaded rods, nuts, anchor bolts, and industrial fastening components. The machine improves edge smoothness, assembly accuracy, and product consistency for high-strength fastening systems.

Automotive and Commercial Vehicle Components:Suitable for suspension bolts, axle parts, wheel fasteners, engine connection components, and structural hardware. Precise chamfering helps improve assembly performance, reduce burrs, and ensure dimensional stability during vehicle production.

Construction Hardware and Steel Structure Industry: Widely applied in the processing of bridge fasteners, steel structure connectors, heavy-duty bolts, foundation anchor components, and large construction hardware. The machine enhances installation precision and structural reliability for engineering projects.

Industrial Machinery Manufacturing: Ideal for chamfering shafts, couplings, hydraulic fittings, flange parts, mechanical connectors, and transmission components. Smooth chamfer surfaces improve assembly efficiency and reduce wear during equipment operation.

Pipeline and Energy Equipment Production: Suitable for metal connectors, pipe fittings, pressure system hardware, and energy industry mechanical parts requiring accurate edge processing and stable machining quality.

Heavy Equipment and Mining Machinery Industry: Provides reliable chamfering performance for oversized fasteners, mining equipment components, heavy mechanical structures, and industrial support hardware operating under demanding working conditions.

High Precision CNC Control: Provides accurate bevel angle adjustment and stable machining consistency for industrial pipe processing.

Automatic Feeding System: Improves production efficiency while reducing manual operation and labor costs.

Stable Clamping Structure: Ensures secure pipe fixation and minimizes vibration during high-speed machining.

Multi Function Pipe Processing: Supports beveling, chamfering, deburring, facing, and edge finishing operations.

Heavy Duty Industrial Design: Suitable for long-term continuous factory production with reliable operation performance.

Flexible Pipe Compatibility:Compatible with stainless steel, carbon steel, aluminum, copper, and precision metal tubes.

The Automatic Stainless Steel Pipe Beveling Machine CNC is widely used in various industrial pipe processing and metal fabrication industries requiring efficient, accurate, and stable pipe end machining performance. With automatic CNC control, precise beveling capability, and reliable continuous operation, the machine helps manufacturers improve welding quality, assembly efficiency, and overall production consistency across multiple metal pipe applications:

Stainless Steel Pipe Manufacturing: Used for precise pipe end beveling and chamfering before welding operations, improving welding penetration and connection quality.

Pipeline Engineering Industry: Suitable for oil pipelines, gas pipelines, water systems, and industrial piping projects requiring accurate pipe edge preparation and reliable connection performance.

Automotive Exhaust System Production: Provides smooth tube end finishing and burr removal for exhaust pipes, muffler components, and automotive tubing assemblies.

Pressure Vessel and Tank Manufacturing: Ensures consistent bevel angles and clean pipe edges for pressure vessel welding and heavy-duty industrial tank fabrication.

Hydraulic and Fluid Transfer Systems:Used for hydraulic tubing, fluid pipelines, and pressure system connectors requiring burr-free pipe end processing and precise edge finishing.

Furniture and Decorative Metal Tube Industry:Suitable for stainless steel furniture tubes, decorative railings, metal frames, and architectural tubing requiring clean and smooth edge processing.

Industrial Structural Fabrication:Supports heavy-duty steel structure assembly, industrial framework production, and mechanical support pipe processing applications.

Metal Fabrication Workshops:Ideal for custom metal processing factories handling stainless steel, carbon steel, aluminum, and precision tube beveling operations with flexible production requirements.