Read practical articles on actuator sizing, hydraulic conversion, linear bearing life and connected motion diagnostics.
An admin buyer's practical perspective on how to choose linear motion and gear motor components, focusing on total cost of ownership rather than just upfront price.
Read MoreA hands-on guide for engineers and buyers facing urgent linear motion needs – from sizing a Thomson linear actuator to picking the right VFD for a 5HP motor. Written by someone who's handled hundreds of rush orders.
Continue ReadingAfter reviewing thousands of linear bearing shipments, a quality manager explains why ball thrust bearings fail, how needle roller bearings are made, and why the thomson linear bearings catalog is a specification tool, not a shopping list.
Continue ReadingA firsthand comparison of ball screws and lead screws for linear motion, written by an engineer who made a $3,200 mistake. Includes real failure data, cost analysis, and a checklist to avoid the same error.
Continue ReadingA procurement manager shares a real-world story about finding value with Thomson Linear products for small-batch projects, highlighting cost savings, reliability, and the importance of TCO analysis.
Continue ReadingMost thrust bearing failures aren't caused by manufacturing defects. They're caused by assumptions in the specification process. Drawing on years of quality inspection and field data, this article explores the real reasons behind premature bearing failure and how to prevent it.
Continue ReadingA procurement manager's perspective on why buying the wrong ball bearing spec is a more expensive mistake than buying a bad product.
Continue ReadingA quality manager's story about a costly mistake in bearing selection, and how it revealed the real value of precision and brand expertise.
Continue ReadingA quality manager argues that focusing solely on unit price in linear motion procurement leads to higher total costs, drawing on real-world audits, hidden failure modes, and the cautionary tale of Pete Jackson Gear Drives.
Continue ReadingA practical engineer's answer to the classic question, plus why rushing to spec a motor without checking torque-speed curves leads to emergency rework and missed deadlines.
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