top of page

Fixed Arbor
Dip Chain Gang Rip

Gang Panel Rip - MDF Style & Rail (Door Core)
Ready to Glue Directly From Sawn Finish

The following case study is as an example of the added value by running premium thin kerf STS blades for high-volume ripping applications. The following data is presented in conjunction with Pan Pacific running on a [machine here].

Case Study Sections

Explore STS Core Layer Splitting

image.png

Case Overview

image.png

Yield Gain Breakdown

image.png

Value Added

image.png

Integral Flange Technology

Service Plan

Multilingual Functionality

Original 0.138" Kerf Setup
image_edited.jpg
image_edited.jpg
Updated 0.078" Kerf Setup
image_edited.jpg
image_edited.jpg

Case Overview

Machine Type

Fixed Arbor - Dip Chain Gang Rip

Application Description

Gang Panel Rip - MDF Style & Rail (Door Core)
Ready to Glue Directly From Sawn Finish

Kerf

Original Setup:

0.138"

Updated Setup:

.078

Blade Body Style

Original Setup:

Traditional Straight Plate

Updated Setup:

Integral Flange Blade

Material Input Width:

Original Setup:

51.430"

Updated Setup:

51.430" (No Change)

Rip Specifications

All Setups:

1.125" x 1.125"

Value Added

- Increased Sawing Accuracy

- 4.84% Yield Gain

- Dust Reduction

- Glue-Line Ready Finish

- Increased Up-Time

Yield Gain Visualization

The following section highlights the yield gains for this specified application. Both the input width and the output (slat width) remain unchanged with each iterated setups. As highlighted below, with each adjusted thinner kerf setup, additional slats are produced. This is done without sacrificing any stiffness and strength using Integral Flange Technology within in our blade design. 

image_edited.jpg

0.138 Kerf

41 Slats
image_edited.jpg

0.108 Kerf

42 Slats
2.42% Yield Gain
image_edited.jpg

0.078 Kerf

43 Slats
4.84% Yield Gain

Kerf Change Visualization

The following section highlights the yield gains for this specified application. Both the input width and the output (slat width) remain unchanged with each iterated setups. As highlighted below, with each adjusted thinner kerf setup, additional slats are produced. This is done without sacrificing any stiffness and strength using Integral Flange Technology within in our blade design. 

0.138 Kerf

image_edited.jpg

0.108 Kerf

image_edited.jpg

0.078 Kerf

image_edited.jpg
image_edited.jpg

Sawblade Specifications

Integral Flange
Kerf: 
New - 0.078" / 1.981mm
Retip - 0.070" / 1.778mm
Outer Diameter:
12" / 304.8mm
Teeth Specs:
50z - TCG Top Grind
Rim Thickness:
0.048"
Rim Depth:
1.375" / 34.925mm
Hub Thickness:
0.130" / 3.302mm
asdasdasd_edited.jpg

Retip & Service

Visualization

Empower Growth

Retip & Service

Description

The corresponding graph on the left highlights the service cycles for the blades over time. The following parameters define the sharpening cycle:

​

  • New/Retip Kerf = 0.078

  • Each Sharpening removes 0.0015"

  • Each cycle is characterized by 1 Retip and 5 Sharpening

  • Tool life depends heavily on the maintenance and operation of the tooling and machinery

bottom of page