FacebookLinkedInYouTubeInstagram
+1 800 332 0447

The Roller Burnishing Advantage For Fluid Power

2025-06-12T13:57:21-05:00

In the demanding worlds of heavy equipment, aerospace, and advanced manufacturing, the reliability and performance of hydraulic and pneumatic components are paramount. OEMs are constantly seeking innovative solutions to enhance product lifespan, reduce maintenance, and optimize operational efficiency. Roller burnishing, a cold working process, is emerging as a key solution for boosting the durability and sealing integrity of critical components.

The Roller Burnishing Advantage For Fluid Power2025-06-12T13:57:21-05:00

The Critical Role of Torque in Tube Expansion: Why the Right Motor Matters

2025-05-06T14:56:48-05:00

For years, tube expansion relied heavily on the subjectivity of "rolling to size or feel". The issue is that what one operator "sees, hears, or feels" could drastically differ from another, leading to variability and a high potential for error. The advent of torque control revolutionized this process, significantly reducing operator error and ensuring consistent, repeatable results across the board. While torque control is essential for consistency, the success often hinges on one critical factor: selecting the right motor for the job. Understanding why torque matters and the potential pitfalls of choosing the wrong motor is crucial for achieving reliable and lasting tube to tube sheet joints.

The Critical Role of Torque in Tube Expansion: Why the Right Motor Matters2025-05-06T14:56:48-05:00

Conquering the Depths: Elliott’s IRU Solutions for Deep Hole Manufacturing Challenges

2025-05-06T12:16:29-05:00

In precision manufacturing, the creation of deep holes – those where the depth-to-diameter ratio typically exceeds 10:1 – presents a unique set of challenges. Maintaining accuracy, achieving desired surface finishes, and ensuring efficient chip evacuation become significantly more complex as the bore deepens. Traditional machining methods often struggle in these scenarios, leading to increased cycle times, higher scrap rates, and compromised part quality. However, specialized tooling like Elliott's Internal Recessing Unit (IRU) offers innovative solutions to overcome these hurdles.

Conquering the Depths: Elliott’s IRU Solutions for Deep Hole Manufacturing Challenges2025-05-06T12:16:29-05:00

Internal Recessing Unit (IRU) Challenges and Best Practices

2025-05-06T12:09:57-05:00

Internal Recessing Units (IRUs) are specialized tools used when multiple grooves need to be machined into the same bore. Unlike single-point tools like boring bars, IRUs offer advantages in terms of speed and consistency. A single point tool can take a long time and be less consistent in diameter and position of the lands/grooves due to deflection and push off. Also, if the tool breaks, it leaves a partially finished part that needs to be scrapped.

Internal Recessing Unit (IRU) Challenges and Best Practices2025-05-06T12:09:57-05:00

Why Won’t This Tube Expand

2025-04-18T13:12:05-05:00

When expanding heat exchanger tubes, achieving the proper wall reduction is crucial for a secure and leak-free seal. Sometimes, however, tubes fail to expand sufficiently, hindering the integrity of the vessel. This article outlines common causes and troubleshooting steps for incomplete tube expansion.

Why Won’t This Tube Expand2025-04-18T13:12:05-05:00

Troubleshooting Common Challenges in ID Roller Burnishing

2025-04-11T14:20:39-05:00

Roller burnishing, while a powerful technique for enhancing part durability and surface finish, can present certain challenges if not executed with precision. Understanding and addressing these common issues is crucial for achieving optimal results and avoiding costly rework.

Troubleshooting Common Challenges in ID Roller Burnishing2025-04-11T14:20:39-05:00

Enhanced Part Durability: The Power of Roller Burnishing

2025-04-11T14:07:46-05:00

In manufacturing, enhanced part durability is a constant pursuit. Roller burnishing, a cold working process, is a powerful technique to achieve this goal. By densifying and hardening the outer surface of a component, roller burnishing significantly improves its resistance to wear and premature failure, extending its operational lifespan and boosting overall performance. This process fundamentally alters the material's properties, leading to tangible improvements in durability and reliability.

Enhanced Part Durability: The Power of Roller Burnishing2025-04-11T14:07:46-05:00

Expanding Thicker Tube Sheets in Heat Exchangers: A Practical Guide for Operators

2025-04-11T13:45:22-05:00

Heat exchangers are critical components in nuclear, petrochemical, and energy production, often operating under high pressure and corrosive environments. These demanding conditions frequently necessitate the use of thicker tube sheets to ensure longevity and structural integrity. While thicker tube sheets offer enhanced durability, they present unique challenges during the tube expansion process.

Expanding Thicker Tube Sheets in Heat Exchangers: A Practical Guide for Operators2025-04-11T13:45:22-05:00

Stress Corrosion Cracking In Heat Exchangers

2025-06-24T12:36:49-05:00

Premature tube failure is a leading cause of downtime in heat exchangers operating in corrosive environments. Stress corrosion cracking is a common tube failure mode in corrosive environments, impacting any number of tubes in a vessel. While stress corrosion can be difficult to identify in the field, there may be ways to reduce the likelihood of occurrence.

Stress Corrosion Cracking In Heat Exchangers2025-06-24T12:36:49-05:00

Reducing Scrap and Energy Use with Mechanical Joining

2025-03-19T14:05:05-05:00

Mechanical joining is a crucial process in various industries, including aerospace, automotive, and heavy machinery. It’s used to create a leak-free seal between a tube and a fixed container by expanding the outer diameter of the tube into a series of grooves. This cold working process offers significant sustainability advantages over traditional methods like welding and brazing.

Reducing Scrap and Energy Use with Mechanical Joining2025-03-19T14:05:05-05:00
Go to Top