NEWS: Toyota says it believes it can close the gap with Tesla and others by combining new technology | Gigacasting Technology

In a rapidly evolving automotive landscape dominated by electric vehicles (EVs), Toyota, the Japanese automotive giant known for its pioneering lean production methods, is making bold strides to catch up with industry leader Tesla. Toyota’s recent innovations, showcased at a plant tour in Japan, reveal a concerted effort to combine new technology with their renowned manufacturing expertise. In this article, we’ll delve into Toyota’s strategies and innovations that aim to position them as a formidable contender in the electric vehicle market. [japanese electric cars 2023, new japanese electric car company, best japanese electric car, major automakers criticize epa’s extreme electric vehicle push, toyota behind in ev, japan ev production, toyota honda nissan want evs but its not current focus, japan ev subsidies, Gigacasting Technology]

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Self-Propelled Assembly Lines

1. Self-Propelled Assembly Lines: Toyota is revolutionizing its assembly process with the implementation of self-propelled production lines. In this innovative setup, EVs are guided by sensors, eliminating the need for traditional conveyor equipment. This not only slashes costs associated with conventional assembly methods but also enhances production flexibility. EVs glide seamlessly through the assembly line, with parts efficiently slotting into place.

Advancing with “Gigacasting” Technology

2. Gigacasting Technology: Toyota has introduced a groundbreaking prototype of “gigacasting” technology, a concept initially popularized by Tesla. This cutting-edge process enables the production of aluminum parts that are significantly larger than those used in traditional auto manufacturing. Toyota has taken this technology a step further by developing molds that can be swiftly replaced, reducing mold change time from a laborious 24 hours to a mere 20 minutes. This impressive enhancement is estimated to increase productivity by a substantial 20%.

Innovative Manufacturing Techniques

3. Innovations in Manufacturing: Toyota’s commitment to continuous improvement and cost reduction is evident in their inventive manufacturing techniques. A notable example is the creation of high-gloss bumpers without relying on traditional paint applications. Instead, skilled artisans hand-polish molds to a mirror finish, giving the bumpers their signature shine. Moreover, Toyota has automated three-decade-old equipment through the integration of robotics and 3D modeling, effectively tripling equipment productivity.

The Rise of Robotic Transport

4. Robotic Transport: Toyota has taken a giant leap by introducing self-driving transport robots at its Motomachi plant in Toyota City. These autonomous robots now handle the task of ferrying new vehicles across a vast parking lot, a responsibility once shouldered by human drivers. This innovative move is designed to enhance efficiency and reduce the physical burden on workers, especially in roles that often experience high turnover rates.

Toyota’s CEO, Koji Sato, has set forth an ambitious plan to accelerate their EV production. Sato acknowledges the imperative need for Toyota to compete effectively in the ever-expanding EV market. While Toyota has been a trailblazer in the hybrid vehicle domain with models like the iconic Prius, it has lagged in the fully electric segment. The company’s strategic approach of integrating new technology with its time-tested lean production methods represents a pivotal step toward closing the gap with prominent EV manufacturers such as Tesla.

This strategic shift aligns seamlessly with Toyota’s historical strength in manufacturing efficiency and innovation, epitomized by the Toyota Production System (TPS). Toyota’s unwavering commitment to adapt to the evolving automotive landscape underscores their determination to remain competitive in the era of electric mobility.

Frequently Asked Questions

  1. How does Toyota’s gigacasting technology compare to Tesla’s use of it? Toyota’s gigacasting technology is inspired by Tesla’s innovations. However, Toyota has taken steps to improve it by reducing mold change times and increasing productivity.
  2. What are the advantages of self-propelled assembly lines in EV production? Self-propelled assembly lines reduce costs and provide greater production flexibility, allowing EVs to move seamlessly through the assembly process.
  3. How does Toyota’s approach differ from Tesla’s in the EV market? While Tesla focuses on pure EVs, Toyota is blending new technology with its traditional lean production methods to compete effectively in the EV market.
  4. Why is Toyota using self-driving transport robots in its plants? Toyota is introducing self-driving transport robots to improve efficiency and reduce the physical burden on workers, especially in roles with high turnover rates.
  5. What is the significance of Toyota’s commitment to the Toyota Production System (TPS)? Toyota’s commitment to TPS underscores its dedication to manufacturing efficiency and innovation, crucial for staying competitive in the era of electric mobility.

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