The Correct Way to Insert a Router Bit Into a Collet 1, Firstly, check the collet and your router bit.  Make sure you get the right size collet for the router bit.  Cutter bits SHK diameter and collet clamping diameter should be accordant.  Ensure that there is no grime or debris on the ro

What are CNC Lathe Cutting Tools? In the world of modern manufacturing, CNC lathe cutting tools are among the most important instruments that machinists use to transform raw materials into precisely engineered parts. These tools work within CNC (Computer Numerical Control) lathes to execut

Lathe Cutting Tools: Different Types of Tools for CNC Turning CNC lathes have revolutionized the world of machining, and at the heart of every successful CNC turning operation lies the proper selection of lathe cutting tools. Different types of cutting tools are designed to work with a ran

How to Use CNC Carbide Wood Lathe Tools Introduction The use of CNC wood lathes has transformed woodworking by allowing for precision, efficiency, and greater creative possibilities. When paired with the right tools, CNC wood lathes become incredibly powerful machines capable of delive

How to Select the Right CNC Wood Lathe Tools Selecting the right CNC wood lathe tools can be the difference between a smoothly running operation and a frustrating endeavor. With the many types of cutting tools available, understanding which tool works best for your specific application is

CONTACT US Contact: RicoCNC Phone: 0086-13390848665 Tel: 0086-51268235075 Email: cncsale@ricocnc.com Add: NO. 60, Weixin Road, Industrial Park, Suzhou, Jiangsu, China, 215000

In this article, we will take a look at my new updated version of the cycloidal drive that I made in the previous video, with 19:1 reduction ratio and see how it performs made with CNC machined parts versus made with 3D printed parts. I will explain how I designed and assembled this cycloid

In this article we will find out what’s better, a 3D printed harmonic drive or a 3D printed cycloidal drive. Here I have these two gearboxes that I made which have the same size and reduction ration of 25:1. I will compare them in several categories, measure their efficiency or torque output, mea

In this tutorial we will learn what is a planetary gear set and how it works, as well as explain how to design our own planetary gearbox and 3D print it so we can see it in real life and better understand how it works. At the end of the video, we will also do some backlash and torque tests to see

In this tutorial we will learn everything we need to know about 3D printing gears, tips and tricks that I acquired by 3D printing quite some gears and doing dozens of tests with them. You can watch the following video or read the written tutorial below. We will cover which type of gear is b

In this comparison we will learn what’s better, a 3D printed cycloidal drive, a planetary gearbox or a belt drive. We will compare them in several categories, measure their efficiency or torque output, measure their accuracy or backlash, and see how durable they are. Also, we will compare them in

Singapore’s climate is not kind to industrial equipment. High ambient temperatures, constant humidity and year-round operations create a perfect storm for electric motors to fail quietly and expensively. Unlike sudden breakdowns, these failures often build up over time, hiding in plain s

Operating rotating equipment in Singapore comes with inherent risks. Continuous exposure to moisture and elevated temperatures places sustained stress on motor components, often leading to corrosion, insulation damage, and premature motor failure. For electric motors operating in such an

Generator systems across Singapore are ageing, operating longer hours, and being asked to deliver higher reliability with less tolerance for downtime. By 2026, many operators face a familiar question when electrical performance starts to slip: should the unit undergo a full overhaul, or

Unplanned generator downtime rarely announces itself politely. One moment, electrical output looks stable. The next, vibrations rise, insulation degrades, and a critical alternator is suddenly offline. For facilities that rely on continuous power, these failures are costly, disruptive, a

Electric motors sit quietly behind many industrial operations. Pumps, compressors, conveyors, and fans all rely on them to keep production moving. When a motor fails, one of the first questions maintenance teams ask is whether the motor should be rewound or replaced entirely. Motor rewin

Reliable power systems depend on many components working quietly behind the scenes. Transformers are one of the most important. They step voltage levels up or down so electricity can move safely from power plants to factories, offices, and homes. Because they operate continuously, often

Reliable power matters more than most people realise. When a generator or alternator fails unexpectedly, the disruption can ripple through an entire operation. Businesses may face halted production, damaged equipment, or costly delays. For facilities that rely on continuous power supply,

Electrical equipment quietly powers nearly every part of modern life. From factories and commercial buildings to transport systems and data centres, transformers play a critical role in distributing electricity safely and efficiently. Yet inside every transformer, one component quietly c

A machine can be serviced perfectly and still fail its team when something goes wrong. Not because of faulty parts or poor workmanship, but because nobody could find the records fast enough. Good documentation doesn’t just keep things organised. It’s what allows teams to diagnose fast, a