CKD Corporation

The CKD GFM-RS-1000 is a high-performance glass float module designed for precision manufacturing. It ensures defect-free and high-yield production, making it ideal for various applications including circuit board floating and glass board conveying.

The CKD GFM-T-1000 glass float module enhances manufacturing efficiency with its high precision and defect-free production. Suitable for circuit board floating and glass board conveying, it ensures smooth and accurate processes.

The CKD GFM-T-750 glass float module is designed for high-sensitivity inspections. It features non-contact floating transport, antistatic protection, and improved visibility with a black body. Select from various rail and pad types to suit your specific applications.

The CKD GFM-RS-750 offers advanced non-contact floating transport, reducing air consumption and ensuring high-quality precision. Suitable for delicate workpieces and precise applications.

"Precision floating alignment pad for non-contact transport. Ideal for positioning and high-sensitivity inspections. Stable and smooth movement ensures defect-free production."

"Precision glass float module GFM-RS-500 ensures smooth, non-contact transport with antistatic protection and improved visibility, ideal for high-sensitivity inspections."

The CKD GFM-P-B Glass Float Module is a precision tool for glass handling, featuring advanced carbon graphite porous material and stainless steel components. It ensures high accuracy and defect-free production in various inspection processes.

CKD GFM-R-B Short Product Description:

The CKD GFM-P Glass Float Module is designed for precise circuit board floating and glass board conveying. It ensures high accuracy, antistatic properties, and low particle occurrence, making it ideal for defect-free production.

The CKD GFM-T-500 glass float module is designed for high-precision applications, featuring a black non-reflective surface and high sensitivity. It is suitable for various uses, including precision inspections, and ensures accurate measurements with minimal scattering.