Frequently asked questions

We offer a variety of shipping and pickup options tailored to your needs and location. Depending on your requirements, we can ship via courier, truck, rail, or air. Pickup and delivery services are also available based on your location. We use trusted carriers with live tracking, and our services are available within North America and globally.

Our machines come with a 1-year parts and service warranty covering manufacturing defects. We handle all servicing and repairs in-house at our shop in Barrie, Ontario.

Yes, we offer full setup and worker training on all equipment and products, depending on your location. We also exhibit at multiple trade shows where you can experience in-person demonstrations. Additionally, training videos and walkthroughs will be available soon. We provide comprehensive manuals, guides, and exceptional customer support to assist you.

Yes, all of our equipment is available for rent on a daily, weekly or monthly basis. We also provide the necessary training to ensure you can effectively use the equipment while you rent, helping you decide if it’s the right purchase for you.

Yes, all of our machines come with comprehensive instruction manuals.

Yes, we are available for all technical support related questions after purchase, just give us a call.

Yes, we are a full-service provider of all parts, accessories, and studs. Whether you need chucks, adapters, legs, footpieces, or custom accessories, we have everything in stock to meet your needs

Yes, we have extensive experience in manufacturing custom studs. Whether you need specialty tapped fasteners or samples for specific jobs, we can assist with your custom orders.

Stud welding involves attaching a metal stud to a metal base material using a high-temperature electrical arc. This arc melts the end of the stud and part of the base material, forming a strong bond when cooled. There are two main types of stud welding:

• Arc Stud Welding: Typically used to join large fasteners to thicker metal bases.
• Capacitor Discharge (CD) Welding: Generally used for smaller fasteners on thinner base materials.

Some examples of stud welding users include a wide assortment of industries; shipbuilding, aerospace, offshore drilling platforms, petrochemical industries, insulation installation, metal working industries, general construction and anywhere metal fastening is required.

• Compatibility with Various Metals: Suitable for aluminum, stainless steel, mild steel, copper, brass, and even exotic metals like titanium.
• Strong Welds: Full penetration cross-sectional welds ensure permanent and reliable joints.
• Efficiency: No need for drilling, tapping, or surface grinding, which cuts down on costs and time.
• Consistency: Controlled energy usage ensures uniform and repeatable welds.
• Precision: Achieve high location accuracy with low tolerance with standard stud welding equipment tools.
• Simplicity: Operate stud welding guns or machines easily with just one person with little training required.
• Clean Finish: CD welding leaves no marks on the reverse side, providing a smooth appearance without bolts, nuts, or rivets.

Arc Stud Welding uses high current for full penetration, making it ideal for heavy-duty and structural applications with larger fasteners. CD Stud Welding uses lower current, allowing for quick, shallow welds without backside marks, perfect for lightweight and aesthetic-sensitive applications.

Stud welding works with nearly any metal, including aluminum, stainless steel, mild steel, copper, and brass. Even exotic metals like titanium can be welded. Non-metals, such as ceramics, plastics, and rubber, can also be attached to metal surfaces using this method.

A properly made stud weld is stronger than both the stud and the base material, ensuring that the connection will not fail before the fastener or base material does.

The main difference between stud welding and resistance welding lies in their techniques and applications. Stud welding involves attaching a metal stud or fastener to a metal surface using an electric arc that heats both the stud and the base material. This process is quick, often taking only a fraction of a second, and is primarily used to secure fasteners like bolts or threaded rods to various metal surfaces. It’s versatile, suitable for different materials and thicknesses, and is commonly used in construction and industrial manufacturing.

On the other hand, resistance welding joins two metal pieces by applying pressure and passing a high electric current through them. The heat generated by the electrical resistance of the materials causes them to fuse together. This process is typically slower than stud welding and is best suited for joining thin metal sheets, often used in automotive and aerospace industries. Resistance welding requires more complex machinery and is commonly found in automated manufacturing environments. While stud welding is focused on securing fasteners, resistance welding is used to create strong, permanent joints between metal sheets or components

Stud welding offers several advantages over traditional methods like MIG or TIG welding, particularly in speed and efficiency. It completes welds in just a fraction of a second, making it ideal for large-scale projects. The process is highly precise and consistent, ensuring uniform welds with minimal risk of errors. Unlike MIG or TIG, stud welding is less labor-intensive, requiring no additional filler materials and simpler equipment, making it easier to use in various environments. It also works well on a wide range of materials and thicknesses without causing significant distortion, making it a versatile and efficient choice for many applications.

To help you pick the right stud welder, we’ll need some details about your project, including the stud diameter, base material and thickness, and the number of studs. With that info, we can recommend the best option for your needs.  Our Stud Welders can weld a variety of metals and stud diameters, the more details from you the better.

Our rental package comes with everything you need: the stud welder, gun, cables, and ground cable. We also test each unit before it leaves our facility to ensure it’s in perfect working order.

Yes, depending on your project and the type of studs you’re using, you might need a few extra accessories. These consumables are separate from the rental equipment.

We offer flexible rental periods—daily, weekly, or monthly—so you can choose what works best for your project.

Absolutely! We want you to feel confident using the stud welder. If you pick up the equipment from our facility, our team will walk you through how to operate it step by step upon pickup.

We keep a wide range of stud welding equipment ready for rent. Usually, we can have it ready for pickup or shipping pretty quickly. Just give us a call for availability.

Yes, we do, depending on your needs and location.

We’ll need to discuss details however we usually do require a hold on rental equipment.

Yes, you’ll need to sign a “Rental Equipment Agreement”. This agreement covers insurance against loss or damage.