Curved Groove Machine

The Curved Groove Machine performs profile beveling on flat plates, pipes, inner‑outer curved edges and complex curves with a bevel depth of C1‑15 mm. Various bevel angles (commonly 30° and 45°) are achievable by selecting different cutter heads. Each cutter head is fitted with four 4‑edged cemented carbide indexable inserts for alternate use. Compact and lightweight, it delivers high‑quality and efficient beveling under diverse working conditions.

Product Core Features

1. Wide Compatibility for Diverse Working Conditions

The Curved Groove Machine performs beveling on flat plates, square tubes and special‑shaped workpieces. It also processes pipe fittings with inner bore no less than 50 mm. Equipped with different cutter heads, it delivers various bevel angles including commonly‑used 30° and 45°.

2. High Blade Utilization for Lower Operating Costs

Each cutter head holds 4 carbide inserts. Every insert features four cutting edges that can be rotated for reuse. One set of inserts can be used four times, greatly reducing insert consumption and cutting operational costs.

3. Powerful Cutting Capacity & Outstanding Efficiency

Boasting strong cutting force and high processing speed, the machine achieves a maximum bevel width of 15 mm with travel speed ranging from 0.5 m to 10 m per minute. Fitted with continuous bevel‑length adjustment, overtemperature protection and electronic speed control, it reliably processes steel, aluminum, stainless steel and other metals.

4. Compact Size for Excellent Onsite Adaptability

Thanks to its compact and lightweight design, MC15 delivers high‑quality results in all kinds of working environments. It serves as an ideal tool for weld preparation as well as chamfering prior to painting and electroplating of metal structures.

Main Bevel Types

Technical Parameters

BM‑15 Curved Groove Machine

On‑site use cases

Customization Process

We provide standardized and full‑process customization services for Curved Groove Machine with strict quality control to meet customers' actual application needs.

1. Requirement Confirmation

Confirm workpiece specifications, materials, bevel types, processing standards and on‑site working conditions.

2. Technical Design

Customize equipment structure, cutter configuration and control system, and provide exclusive technical solutions and drawings.

3. Production & Assembly

Complete precision component processing, standard parts procurement, mechanical assembly and electrical wiring.

4. Factory Commissioning

Conduct trial operation and sample cutting to verify bevel accuracy, dimensional tolerance and equipment stability.

5. Inspection & Delivery

Complete strict factory inspection, deliver full sets of technical documents and spare parts with professional anti‑rust packaging.

6. On‑site Delivery & Training

Complete on‑site installation, commissioning, acceptance and provide operation and maintenance training.

7. After‑sales Service

Provide long‑term technical support, spare parts supply and warranty services.

FAQ

Q1: What workpieces can the beveling machine process?

A: This Curved Groove Machine can process flat plates, square tubes and irregular components, as well as pipe fittings with inner bore no less than 50 mm. Multiple bevel angles including 30° and 45° are available by changing cutter heads.

Q2: What are the application advantages of the blades for beveling machine?

A: Each cutter head is equipped with 4 carbide inserts. Every insert has four interchangeable cutting edges. One set of inserts can be reused four times, reducing insert consumption and lowering operating costs.

Q3: What are the cutting‑performance parameters of the beveling machine?

A: It delivers powerful cutting force and fast processing speed. The maximum bevel width reaches 15 mm, and the processing speed ranges from 0.5 m/min to 10 m/min.

Q4: What configurations, application scenarios and body advantages does the beveling machine have?

A: The Curved Groove Machine is fitted with continuous bevel‑length adjustment, temperature‑rise protection and electronic speed control, suitable for steel, aluminum and stainless steel. It is applied for welding prefabrication and chamfering before painting and electroplating. Compact and lightweight, it produces high‑quality bevels efficiently under various working conditions.