Yield Pro

Product catalog summary

Introduction
The document provides technical specifications and benefits of the Kanefusa Yield Pro Fine Cross Cut Saw Blade, highlighting its performance advantages and applications in the lumber industry.

Specifications
The saw blade features a kerf reduction of 0.7 mm, which contributes to significant material savings. It is designed for high-speed optimizing saws, cut-off saws, miter saws, and picture frame saws. The blade's patented laser slot geometry reduces plate thickness by 20% and allows for higher RPMs, enhancing cutting efficiency.

Advantages
The blade offers better cut quality with less cutting pressure, reducing grain tear-out. It enables faster cycle times and smooth cuts in both softwood and hardwood. The design also supports tear-out-free cutting of laminated MDF profiles.

Applications
Primarily used in lumber mills, the blade helps in reducing material costs, which constitute over 60% of total manufacturing costs. The thin kerf optimizing saws significantly increase material utilization and savings.

Performance Data
The document includes a table with dimensions and specifications for various machines, such as Paul C14MKL and Dimter, indicating compatibility and performance metrics like cycle time (CT) and tooth type.

Conclusion
The Kanefusa Yield Pro saw blade is a cost-effective solution for lumber mills, offering enhanced performance, material savings, and superior cut quality.

Catalog excerpts

Yield Pro Fine Cross Cut Saw Blade Kanefusa - A New Dimension of Performance *Specifications and appearance are subject to change without notice. Photographs and illustrations may vary from actual products. 0-37-3

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Your Advantage ffff< In lumber mills, material costs account for more than 60% of the total manufacturing cost. Significant savings can be achieved by increasing the material utilization. Thin kerf optimizing saws provide substantial increases in material savings. I Significant annual material savings IBetter cut quality since a thinner kerf generates less cutting pressure. This will greatly reduce the grain lEnables you running consistently faster cycle times Calculation example: 50 cycle/min. = 3.5 cm fiber saving/min Effective working hours per day = 6 Effective working days per year = 250...

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