General Fabrication

Accurpress

1/4″ x 10′ Accurshear Model: 625010, 1992 #810

Amada

Amada CSW-220 Notcher, 1986 #831

Amada FLW 3000 ENSIS M5 Version Fiber Laser Welding Cell, 2018 #695

ARKU

ARKU EdgeBreaker 3000 Deburring Machine, 2019 #953

Baileigh

Baileigh Sheet Metal Shear Model SH-12010, 2012 #816

Behringer

Behringer Automatic Miter Bandsaw Model HBP-310/523GA, 2006 #920

Cincinnati

1/4″ x 10′ Cincinnati 1810G Shear, ~2000 #950

IPG Photonics

LightWELD 1500 XC Handheld Laser Welding System, 2021 #977

Roper-Whitney

Roper-Whitney Radius Notching Machine Model 911, 1995 #839

Timesavers

37″ Timesavers LYNX 37MWT-DB-60 Belt Sander, 2014 #719

Timesavers 3100 “Wet” Combination Belt/Brush Finishing Machine, 2012 #931

Timesavers Model 3131-13-044 Wet Process Machine, 2011 #835

General Industrial Fabrication

In industrial settings, general fabrication can mean further processing materials to get them closer to the finished product. Whether it be a simple box or complex piece to a larger puzzle, industrial fabrication projects may require various machines and techniques in order to be completed. Different materials, such as wood, plastic, metal, and more, may use diverse tools to continue or complete processing. The fabrication or construction of industrial components is an important part of project completion, so it is essential to ensure that the equipment needed is accurate.  

What is metal fabrication? 

A common general fabrication need may include metal fabrication. Metal fabrication can include processes like cutting, welding, bending, shearing, notching, and more. Each process may require special tools and professionals to complete the job to the appropriate specifications. Establishing processes and tool usage that are specific to the type of metal being fabricated, such as but not limited to stainless steel and mild steel, is an important step in your industrial fabrication machinery consideration. 

What are metal fabrication machines? 

Metal fabrication machines are specialized tools and equipment used in the shaping, cutting, forming, and assembly of metal materials to produce a variety of components, structures, and finished products. These devices are necessary in a variety of industries, including manufacturing, construction, automotive, and aerospace. During metal fabrication, processes may be intensive and require precision machinery to further fabrication operations. In situations where there are large, heavy, or time-sensitive projects, metal fabrication machines may be an asset to your production. 

Metal fabrication machines may work more efficiently and with more precision than traditional metalworking practices, aiming to save you time and money. A trained operator of a metal fabrication machine may possibly be able to leverage the machinery’s functionalities to effectively complete a process without exhausting available manpower. 

What are metal fabrication machines used for? 

The particular needs of a project, such as the type of metal, required shapes, tolerances, and production volume, determine the choice of metal fabrication machines. Modern CNC and automation technology has significantly increased the precision and effectiveness of metal fabrication processes, which has aided in the production of high-quality metal products across numerous industries.

Harnessing the capabilities of machinery in metal fabrication, there may be cases where metal fabrication equipment is used to cut, shear, bend, roll, and notch pieces of metal. An example of machine usage can be the need to make strategic and precise cuts to pieces of metal to then be welded or bonded together to further the fabrication process. Each type of fabrication may require different machinery types and operator certifications or training to conduct the machinery usage in a safe manner. 

With many types of equipment available, determining what kind of metal fabrication equipment is needed for industrial metal fabrication can be difficult and depends on the materials used and the desired end product. If you’re needing to make precise cuts, a shearing machine could be the solution. If you’re working with tricky notching angles and need easy adjustments, a variable notcher could be just what you’re looking for. 

Choosing the Right General Industrial Fabrication Machinery

Businesses engaged in metalworking, welding, and fabrication operations must make an important choice when choosing the right general industrial fabrication machines. Making the appropriate decision can have a big impact on effectiveness, output, and product quality. When selecting general industrial fabrication machinery, keep the following in mind:

Production Volume: Evaluate your needs for production. Automated equipment may be required for consistency and efficiency if your manufacturing requirements are high-volume. Equipment that is manual or somewhat automated may be sufficient for smaller-scale tasks.

Size and Capacity: Consider the machinery’s size and capacity in relation to your projects. Make sure the equipment can handle the size and weight of the materials you use. When selecting larger machines, keep workspace restrictions in mind.

Type of Fabrication: Consider the precise fabrication procedures and tasks needed for your projects. Identify the processes that require machinery, such as cutting, bending, welding, machining, or other operations. The particular equipment you require will depend on the kind of task you undertake.

Materials: Think about the kinds of materials you’ll be using. For working with metals, polymers, composites, or other materials, different equipment can be needed. Make sure the equipment you select is appropriate for the materials you handle.

Precision: Take into account the degree of precision and tolerance needed for your work. For precision manufacturing, machinery with cutting-edge technologies like CNC control systems can offer high levels of accuracy and reproducibility.

Scalability: Take into account the possibility for business expansion. One smart long-term move is to invest in machinery that can be scaled and adapted to meet changing demands.

Safety: Prioritize equipment with strong safety features to safeguard operators. This comprises safety interlocks, emergency stops, safety training tools, and guards.

Maintenance and Support: Consider the availability of maintenance and technical support from the equipment manufacturer or provider. The lifespan of the machinery can be increased and downtime reduced by having access to spare parts and maintenance.

Budget: Create a spending plan that takes into consideration both the cost of the initial purchase and continuing expenses such as maintenance, energy use, and tooling. Cost, productivity, and quality must all be balanced.

Energy Efficiency: Choose energy-efficient equipment to cut operational costs and limit your impact on the environment. Look for certifications and features that save energy.

Warranty: Examine the manufacturer’s or supplier’s warranty terms. A thorough warranty can offer assurance and defense against unforeseen problems.

Supplier Reputation: Pick manufacturers and suppliers who have a good track record for product quality, dependability, and customer service. Look into their past performance and, if you can, contact any references or recommendations.

Regulatory Compliance: Check that the equipment complies with safety standards and regulations that are specific to the industry. Safety risks and legal problems may result from non-compliance. 

With so many things to consider, it makes sense to work with an expert so you can feel confident you are getting the right industrial fabrication machinery for your needs. To speak to one of our machinery experts about how Elite Machinery can help you find your solutions, contact us today!