IMPERIAL MACHINERY IM-465X 45 DEGREE EDGE BANDER

Imperial Machinery IM-465X
45° Oblique Edge Banding Machine – Mitre Edge Specialist
Precision Bevel Edging. Seamless Joints. Built for High-End Production.

The Imperial Machinery IM-465X is a specialised 45° oblique edge banding machine, engineered exclusively for precision bevel and mitre edge processing in modern cabinet and furniture manufacturing.

Unlike conventional edge banders, the IM-465X is designed specifically for 45° applications only and does not perform straight edge banding. This dedicated design ensures maximum accuracy, stronger bonding, and flawless finishes for handleless cabinetry, seamless mitre joints, and premium architectural furniture.

Built with a heavy-duty industrial frame, servo-controlled feeding, and a fully integrated processing line, the IM-465X delivers stable operation, high-speed production, and consistent edge quality in demanding factory environments.

Advanced Dual Glue Pot System

A key advantage of the IM-465X is its two independent glue pots, delivering superior bonding performance:

• 45° Dedicated Glue Pot

Specifically engineered to focus on bevel surfaces, ensuring optimal glue coverage and maximum adhesion on mitre edges.

• Secondary Glue Pot

Provides stable adhesive supply and process flexibility for consistent glue control during operation.

• Board-Side Gluing Technology

Adhesive is applied onto the board surface rather than the edge tape, resulting in:

stronger bonding strength

deeper glue penetration

reduced glue lines

cleaner finish

longer-lasting joints

This method produces a far stronger and more professional result than traditional edge-applied glue systems.

Key Performance Features

• Dedicated 45° oblique edge banding only
• Dual independent glue pots
• Board-side glue application system
• Feeding speed: 14–18 m/min
• Total power: 16 kW
• Edge thickness: 1–3 mm
• Strip width: 1–30 mm
• Working pressure: 0.7–0.9 MPa
• Heavy-duty industrial construction
• Integrated dust extraction
• Designed for continuous production