CNC machining delivers precision, automating manufacturing with high accuracy and efficiency. Explore its processes and benefits in modern production.

Teamsworld will present a range of aluminum casting, plastic injection, and LSR components, offering comprehensive solutions at LFI 2025, taking place from May 4-8 in Las Vegas.

As global supply chains transform in response to trade tensions, technology shifts, and changing consumer demands, OEM and manufacturers must develop more resilient, efficient, and sustainable procurement strategies. This report provides the actionable intelligence needed to navigate this complex landscape with confidence. Download the full report now.

Teamsworld will showcase various casting aluminum components with one-stop solutions at ISC West 2025 on April 2-4 at the Venetian Expo in Las Vegas.

Casting and forging are techniques used for shaping metal into intricate components. Learn about their differences, pros and cons, and common applications.

What is prototype tooling? How can it help optimize product development? Learn about the different techniques to choose the right one for your project.

Investment casting is a manufacturing process that uses wax patterns and ceramic molds to create precise, complex metal components with fine details.

Teamsworld will showcase precision manufacturing and greener supply chain solutions at ALUMINUM 2024 on October 8-10 in Düsseldorf, Germany.

Learn what aluminum casting is, how to cast aluminum, and explore the processes, alloys, and diverse applications of casting with aluminum across industries like automotive, aerospace, construction, and more.

2024年6月19日から21日まで東京ビッグサイトで開催
E60-31で展示

June 19-21 at Tokyo Big Sight, Japan
Booth: E60-31

Revolutionizes manufacturing, high-pressure die casting (HPDC) rapidly produces precise components for automotive and aerospace. Explores methods, emphasizing aluminum's critical role due to its lightweight and thermal properties. Designs molds and trims final parts, highlighting HPDC's efficiency despite material and cost challenges. Impacts industry sustainability through light-weighting and innovation.

The guide meticulously details the process from the initial die and mold preparation, through the precision pouring of molten metal, to the careful extraction of the solidified part, highlighting its crucial role in industries such as automotive and aerospace. It also discusses key factors influencing production efficiency, including alloy selection, part complexity, and size, offering insights into optimizing product quality and manufacturing workflow.

Highlighting its advantages over traditional methods like sand or high-pressure die casting, the guide delves into gravity die casting's ability to deliver superior dimensional accuracy, exceptional surface finish, and enhanced mechanical properties with minimal waste. Tailored for both seasoned professionals and novices, it explores the process's applications across industries such as automotive and aerospace.

Discover the vital role of greenhouse gas inventories in enterprise sustainability amidst supply chain challenges like the Red Sea crisis. Learn how meticulous assessment drives carbon reduction strategies, enhancing transparency and resilience in a changing climate.

Discover how the surge in attacks on Red Sea shipping routes is wreaking havoc on global supply chains, causing delivery delays, cost spikes, and potential shortages. Learn proactive steps to mitigate the impact and fortify your supply chain against future crises.

Learn about the challenges confronting the German aluminum industry in 2024 and how they influence manufacturing applications in automotive, lighting, agriculture, and construction.

Discover how Teamsworld is leading the way in sustainable manufacturing with green supply chains, eco-certified materials, and transparent supplier partnerships.

Date: March 3-8, 2024 (Sunday to Friday)
Venue: Frankfurt Exhibition Center, Germany
Booth Number: 10.2 B31A

Discover how high vacuum die casting is reshaping the automotive industry, enhancing the strength and complexity of crucial components. Uncover the potential for improved safety and fuel efficiency.