There’s no question that heavy-duty mining vehicles operate under some of the harshest conditions in the world. This equipment is constantly subject to relentless vibration, corrosive environments, and punishing loads that test its quality, durability, and reliability on an ongoing basis.

To help maintain the integrity of their equipment, mining vehicle OEMs must ensure their fabrication partners use only the strongest build materials and the latest fabrication and assembly technology to help ensure total lifecycle performance of the end product.

When it comes to machining and fabricating high-quality parts, components, and projects, not all source materials are created equal.

In fact, deciding which material is best for your application is a crucial step in ensuring your end products operate efficiently. Fortunately, a wide selection of metals are available to choose from.

When a new off-road vehicle destined for agricultural, mining, construction, or other industrial applications rolls off the line, many observers stare in awe at the final product. Although the vehicle is indeed an engineering marvel, so too are each of its components, from the tiniest sensors and electrical connectors all the way up to the chassis and drive train. 

These components succeed due to the quality precision that goes into every step of the metalworking process, from design and fabrication through finishing and assembly.

When looking for precision machine partners to fabricate products listed on Canada’s Controlled Goods List, such as weapons, military vehicles, components, or technical data, defence contractors and government agencies must find service providers who meet specialized criteria to ensure the successful completion of their projects. Doing the necessary homework early on in the procurement process can save time, money, and headaches down the road.

As a premier CNC manufacturing company, Arrow Off-Road is proud to deliver high-quality components and equipment to global OEMs who expect products of uncompromising durability, reliability, and performance.

To help us accomplish this, we hold multiple certifications in world-class safety standard programs that showcase our unwavering commitment to quality, safety, and skills upgrading in our operations.

Achieving tight tolerances is critical to how precision machined parts fit into the overall assembly of the final product. Any lapses in ensuring the tightest tolerance possible can seriously affect the product’s safe, efficient performance. 

Even if the part has a complex, intricate design, there’s simply no room for error from your CNC manufacturing company.

Industrial manufacturers are always on the lookout for ways to improve efficiencies and optimize processes to speed up manufacturing time and get their products to market faster. To meet these ends, manufacturers need to continually innovate, adopting techniques that will enhance productivity and help reduce operational costs.

Kitting and sequencing are two advanced solutions we use at Arrow Off-Road to help our customers meet their production goals. We also encourage our suppliers to utilize these techniques to help keep our production processes streamlined and cost-effective for our customers.

Most businesses want to get their products to market as soon as possible to help them stay competitive, especially in an era when consumer demand drives innovation.

Although many metalworking suppliers can provide design and fabrication services, assembly is the critical missing link most suppliers lack the capacity to fulfill. Arrow Off-Road fills that gap.

The manufacturing industry is currently going through what’s been called the 4th Industrial Revolution, which, like steam power engines and assembly lines before it, is improving how we build things.

At the heart of this transformation is automation technology, which uses robots to fabricate products faster and optimize workplace processes, enabling goods to be delivered to customers more efficiently.

As part of our consultative process at Arrow Off-Road, our technicians recommend the most appropriate fabrication techniques to yield the highest quality results. These recommendations are based on various factors, including the customer’s design specifications and the end product’s application.