GWS Industries

Automotive Non-I.C.E.

Electrifying Innovation:

GWS Tool Group’s Spark in Electric Vehicle Manufacturing

The electric vehicle (EV) revolution is charging ahead, and GWS Tool Group is providing the precision tooling that powers this clean energy transition. In the production of electric motors, battery casings, and intricate electronic components, our cutting tools are the foundation upon which the EV industry is built. These tools deliver the meticulous accuracy required for highperformance electric powertrains, playing a critical role in enhancing the range and efficiency of electric vehicles.

GWS Tool Group recognizes the unique challenges of EV manufacturing, where materials like copper and advanced composites demand cutting-edge tooling solutions. Our custom-engineered end mills and drills are designed to meet these challenges head-on, ensuring clean cuts and exceptional finishes — vital for the conductivity and durability of EV components. As the automotive industry shifts gears towards electrification, our tools are the driving force behind the seamless production lines assembling the vehicles of tomorrow.

In the rapidly growing EV market, GWS Tool Group’s commitment to innovation dovetails with the industry’s push for sustainability and performance. We don’t just supply the tools — we enable automakers to redefine mobility, providing the means to craft not only a vehicle but a cleaner, more sustainable future on wheels. Through precision and expertise, GWS Tool Group is helping to electrify the road ahead.

In the manufacturing of automotive non-internal combustion engine (non-I.C.E.) components, such as those found in electric vehicles (EVs), hybrid systems, and other alternative propulsion technologies, the requirements often involve machining a variety of advanced materials with high precision. GWS Tool Group offers a range of cutting tools designed to meet these specific needs. Here are some suitable tools for non-I.C.E. automotive applications:

  • Carbide End Mills:
    • These end mills are used extensively for machining critical components like electric motor housings, battery trays, and structural components for EVs. GWS provides end mills that are suited for aluminum, composites, and hardened steels, all common in non-I.C.E. manufacturing, featuring advanced coatings to increase longevity and performance.
  • Carbide Drills:
    • Precision is key in drilling operations for components such as battery enclosures and electronic housings. GWS carbide drills often feature coolant-through capabilities, which are vital for managing heat and improving chip evacuation when working with metals like copper or aluminum alloys.
  • Reamers:
    • To achieve precise tolerances and smooth finishes in holes that are critical for assembly accuracy in components like precision connectors or electric drive units, GWS offers high-quality carbide reamers.
  • Thread Mills:
    • Thread milling is crucial for creating reliable and accurate threads in components that require assembly with tight tolerances, such as electronic controls and power storage units. GWS thread mills ensure high-quality threads in a variety of materials.
  • Custom Tool Solutions:
    • Non-I.C.E. automotive manufacturing often involves unique materials and complex component geometries. GWS can provide custom-designed cutting tools tailored to these specific requirements, enhancing tool performance and component quality.
  • PCD (Polycrystalline Diamond) and CBN (Cubic Boron Nitride) Tools:
    • For machining highly abrasive materials such as carbon fiber reinforced plastics (CFRP) or for high wear resistance in processing aluminum alloys, GWS offers PCD and CBN cutting tools. These materials are ideal for high-volume production with minimal wear.
  • Micro Tools:
    • In non-I.C.E. applications, where electronic components and detailed small parts are prevalent, micro tools from GWS, including micro drills and end mills, are essential for achieving the necessary precision.

These tools from GWS Tool Group are specifically designed to tackle the varied and demanding requirements of non-I.C.E. automotive manufacturing, ensuring that production is efficient, precise, and able to meet the high standards required for advanced vehicle technologies.