Transforming a Log Splitter into a Forging Press

Table of Contents:

1. Introduction
2. The Swish-o-Matic 5000: A Homemade Hydraulic Press
3. Converting a Wood Splitter into a Hydraulic Press
4. Replacing the Gas Engine with an Electric Motor
5. Upgrading the I-Beam and Head for Better Performance
6. Changing Out the Dies for Different Forging Projects
7. The Benefits of a C-Style Frame
8. Using the Hydraulic Press for Various Forging Tasks
9. Supporting the Content Creator
10. Conclusion

The Swish-o-Matic 5000: A Homemade Hydraulic Press

In this article, we will explore the Swish-o-Matic 5000, a homemade hydraulic press that has become a valuable tool in the world of forging. We will discuss how this press was created and its various components. From converting a wood splitter into a hydraulic press to upgrading the i-beam and head, we will Delve into the modifications that were made to optimize its functionality.

Introduction

Welcome back to the shop tour series! Today, we will be focusing on a crucial piece of equipment in the forge - the Swish-o-Matic 5000. This homemade hydraulic press, also known as a hydraulic 42 press, has garnered a lot of Attention and Curiosity. Let's dive into the details of its creation and how it has become an indispensable tool for forging enthusiasts like myself.

Converting a Wood Splitter into a Hydraulic Press

The genesis of the Swish-o-Matic 5000 begins with a simple wood splitter. Originally a 20-ton hydraulic wood splitter, this equipment was transformed into a powerful hydraulic forging press. The idea was inspired by a video from Big Dog Forge, where he demonstrated the conversion of a log splitter into a hydraulic press. As someone who was venturing into forging axes and needed a more efficient solution, building a hydraulic forging press seemed like a logical choice.

Replacing the Gas Engine with an Electric Motor

To make the hydraulic press suitable for a workshop setting, the initial gas engine had to be replaced with an electric motor. This change eliminated the inconvenience of constantly starting and stopping the motor. By converting it to a five-horsepower, 220-volt electric motor, the press seamlessly integrated into the shop environment. The mounting process involved fabricating a robust bracket using scrap metal and ensuring a secure connection to the hydraulic Pump.

Upgrading the I-Beam and Head for Better Performance

During the rebuilding process, it was evident that the original i-beam of the log splitter was inadequate. It was narrower and had tapered sides, which caused flexing and compromised the squareness of the forgings. To rectify this, a wider i-beam was acquired, providing stability and preventing deflection. Additionally, a new bracket was constructed for the head, as the tapered side of the original beam resulted in play and imprecise forging. The rebuilt setup now ensures a tight fit and straight travels of the head.

Changing Out the Dies for Different Forging Projects

To accommodate various forging projects, a versatile die-changing system was implemented. By welding different dies onto six by six-inch pieces of steel, the hydraulic press can be tailored to specific needs. Sliding quarter-inch thick angle iron pieces and a three-eighth inch square stock serve as adjustable stoppers, allowing easy die replacement and providing stability during forging. The rebuilt design also incorporated a one-inch square piece to reinforce the die holder, preventing bending under pressure.

The Benefits of a C-Style Frame

The Swish-o-Matic 5000 features a C-style frame, which offers unique advantages in a forging setting. While H-style frames may provide additional stability, the C-style frame allows for easy access and maneuverability from all sides. This accessibility proves beneficial when working on intricate or larger projects, eliminating the need to constantly reposition the workpiece. Each frame style has its own set of benefits and drawbacks, and the decision to go with a C-style frame was Based on personal preference and workflow requirements.

Using the Hydraulic Press for Various Forging Tasks

Since its construction, the Swish-o-Matic 5000 has been a valuable workhorse in the forge. It has facilitated the production of axe heads, the vertical punching of eyes, and various other forging tasks. With the aid of a punch tool designed by Wahlberg Forge, the hydraulic press has proved to be an efficient and reliable tool for blacksmiths. While it is possible to build such tools independently, considering the time and specialization required, sourcing from trusted suppliers like Wahlberg Forge becomes a viable option for professional blacksmiths.

Supporting the Content Creator

As someone who relies on blacksmithing as a means of supporting my family, there are a few ways You can support me as a content creator. Firstly, simply liking this video and subscribing to my Channel can significantly boost visibility and help me reach a wider audience. Sharing the video with others who may find it valuable is also greatly appreciated. Additionally, if you would like to contribute monetarily, you can visit refinersforge.com, where a range of standard items are available for purchase. I also offer custom work upon request, so feel free to reach out if you have specific forging needs.

Conclusion

The Swish-o-Matic 5000 serves as a testament to the ingenuity and resourcefulness of the forging community. By repurposing a wood splitter and making strategic modifications, a homemade hydraulic press was born. Its enhanced performance and versatility have proved invaluable to craftsmen like myself. Whether you are a fellow blacksmith or simply curious about the world of forging, I hope this article has shed some light on the Swish-o-Matic 5000 and provided insights into its creation and applications.