Saw Machinery

CCM120

Aluminium Window Corner Crimping Machine

The CCM120 Aluminium Window Corner Crimping Machine is a high-precision solution designed for 90° corner joining of aluminium window and door frames. Engineered with a robust mechanical linkage system, this machine delivers fully synchronised crimping to ensure tight, deformation-free joints. With its flexible locating mechanism, the CCM120 easily adapts to various profile sizes, making it ideal for both standard and custom fabrication. Its user-friendly setup and reliable performance make it a perfect fit for workshops focused on quality, speed, and consistency in aluminium frame production.

  • Specially designed for 90° corner crimping of aluminium window and door frames.

  • Equipped with a new mechanical linkage system that ensures fully synchronised corner joining.

  • Adjustable locating mechanism accommodates a wide variety of profile shapes and sizes.

  • Left and right punching heads use a rigid synchronous feeding system, reducing deformation and delivering strong, secure joints.

  • Easy machine setup and adjustment thanks to the advanced synchronous feeding mechanism.

Machine Specifications
Specification Details
Power Supply 380V 50Hz (or Customer Specification)
Motor Power 1.5 kW
Motor Rotational Speed 1400 r/min
Rated Oil Pump Pressure 16 MPa
Oil Pump Model 2.5MCY
Profile Processing Height Max 120 mm
Profile Processing Width 90 mm
Total Combining Pressure 0.5 – 0.8 MPa
Air Consumption 2 L/min
General Corner Combining Pressure 48 KN
Corner Combining Stroke 85 mm
Weight 300 kg
Core Accessories & Components
Component Brand / Origin
🔁 Motion & Drive Components
Hydraulic Station Taiwan Brand
⚡ Electrical & Control
Electrical Button and Switcher Schneider (France)

Experience the CCM120 in Action

Compact yet powerful – the CCM120 delivers reliable corner crimping for aluminium window frames with ease. Engineered for precision and consistency, it ensures strong, clean joints every time, making it ideal for streamlined, high-quality assembly.

Scroll to Top