White Papers
Alignment Supplies, Inc. is committed to providing the best resources and latest information to our customers. We know that having the right information can make all the difference in the field.
Take a look through the White Papers below for information on several areas of interest, such as ROI Calculations, Alignment Checklists, Industry Studies, and more!
Laser Alignment ROI
A strategy that can start paying for itself immediately is precision alignment. Precision alignment is a process that ensures that machinery is installed in a precise manner to maximize its operational life.
Extruder Alignment with Easy-Laser®
Extruder misalignment can seriously impede production - creating product of varying consistencies, waste, and excessive wear of the extruder screw and tube. This White Paper discusses how Easy-Laser® can help to precision align your extruder.
Spindle Pointing Direction with Easy-Laser®
Spindle alignment is an important consideration for effective production. Misalignment can cause waste workpieces, poor quality, and more downtime. This White Paper discusses how Easy-Laser® can help to precision align your spindles.
5 Critical Factors to Consider for Your First Laser Alignment Tool
Making a decision to purchase a laser alignment system can be somewhat daunting. In this White Paper, we discuss 5 critical factors everyone should look for in any laser alignment system.
5 Critical Factors to Consider...
Soft Foot - The Boogeyman of Precision Alignment
Learn about soft foot conditions and how drastically they can affect your alignments. This resource also addresses how to best address soft foot conditions and the proper tools and techniques to use.
Soft Foot - The Boogeyman of Precision Alignment
Precision Alignment in Wind Turbines
Precision alignment on a wind turbine is one of the most important aspects affecting the continued performance of wind turbines. This white paper thoroughly explores the factors and conditions that are critical for successful wind turbine shaft alignment.
Precision Alignment In Wind Turbines
Wind Turbine Alignment FAQ
Learn why precision alignment on a wind turbine is important, what needs to be aligned, how often, what safety precautions should be followed, and much more information. This valuable resource answers many frequently asked questions about wind turbine alignment.
Belt Alignment Cost Savings
A common misunderstanding is that sheave/pulleys are not affected dramatically by misalignments. If you have ever seen those black piles of rubber building up under a pulley, you know this is not true. Sheave/pulley alignment in all size motors can extend the life of belts and chains, eliminating costly repairs and downtime.
Simple Steps to Start a Successful Machine Alignment
It doesn’t matter if you are using laser tools or dial indicators, if you performing precision alignment on shaft or belt driven machines, there are some simple steps you can take for pre-alignment to make the job easier and the outcome better.
Simple Steps to a Successful Alignment
Shaft Alignment Checklist
Before you head out of the shop to align a piece of rotating equipment a little pre-alignment planning will make the job go smoother and faster with a better outcome.
Go Green - Energy Cost Savings Using Precision Laser Alignment
There is a lot of information available about laser shaft alignment, that’s why it’s important to know what the benefits are. Bearing, seal and coupling life are the primary benefits. Less downtime for industry and better product quality due to the decrease in vibration is another.
Go Green - Energy Cost Savings Using Precision Laser Alignment
Using Your Easy-Laser® as a Dial Indicator and Rough Alignment Procedure
Did you know you can use your Easy-Laser® as though it were a dial indicator? We've detailed how you can do this, as well as the procedure for Rough Alignment in this White Paper.
Using Your Easy-Laser® as a Dial Indicator and Rough Alignment
Alignment Tolerances
The rotation speed of the shafts will decide the demands on the alignment. Use the table as a guidance if no other tolerances is recommended by the manufacturer of the machines.
