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Hubei CAILONEN Intelligent Technology Co., Ltd company cases

Latest company case about Case Analysis: Industrial Heat Treatment Furnace for Automotive Gear Hardening

Case Analysis: Industrial Heat Treatment Furnace for Automotive Gear Hardening

An automotive component manufacturer in Germany recently invested in a horizontal continuous atmosphere furnace to enhance gear hardening performance. Prior to this upgrade, the facility relied on traditional gas-fired batch furnaces, which required manual loading and unloading, leading to inconsistent case depths and an average cycle time of 90 minutes per batch. By installing a continuous conveyor-driven furnace equipped with precise temperature controls and an inert nitrogen atmosphere, the company achieved uniform hardness profiles across a wide range of gear sizes. Key improvements included reducing cycle time to 60 minutes per load and achieving a case-depth tolerance within ±0.05 mm. The new system’s automated loading mechanism minimized handling errors, while programmable logic controllers monitored temperature gradients and quenchant flow rates in real time. As a result, scrap rates dropped from 8 percent to 2 percent, and throughput increased by 25 percent over six months. Additionally, the furnace’s energy recovery system recaptured residual heat to preheat incoming air, lowering overall energy consumption by 15 percent compared to previous operations. Customer feedback highlighted improved fatigue life and surface finish consistency, enabling the firm to meet tighter OEM specifications for next-generation lightweight alloys. Overall, the transition to an industrial heat treatment furnace with advanced atmosphere control and automation delivered significant cost savings, quality enhancement, and production efficiency improvements, positioning the manufacturer to better serve high-volume automotive markets.
2025-06-10
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Latest company case about Case Analysis: Industrial Heat Treatment Furnace for Automotive Gear Hardening

Case Analysis: Industrial Heat Treatment Furnace for Automotive Gear Hardening

An automotive component manufacturer in Germany recently invested in a horizontal continuous atmosphere furnace to enhance gear hardening performance. Prior to this upgrade, the facility relied on traditional gas-fired batch furnaces, which required manual loading and unloading, leading to inconsistent case depths and an average cycle time of 90 minutes per batch. By installing a continuous conveyor-driven furnace equipped with precise temperature controls and an inert nitrogen atmosphere, the company achieved uniform hardness profiles across a wide range of gear sizes. Key improvements included reducing cycle time to 60 minutes per load and achieving a case-depth tolerance within ±0.05 mm. The new system’s automated loading mechanism minimized handling errors, while programmable logic controllers monitored temperature gradients and quenchant flow rates in real time. As a result, scrap rates dropped from 8 percent to 2 percent, and throughput increased by 25 percent over six months. Additionally, the furnace’s energy recovery system recaptured residual heat to preheat incoming air, lowering overall energy consumption by 15 percent compared to previous operations. Customer feedback highlighted improved fatigue life and surface finish consistency, enabling the firm to meet tighter OEM specifications for next-generation lightweight alloys. Overall, the transition to an industrial heat treatment furnace with advanced atmosphere control and automation delivered significant cost savings, quality enhancement, and production efficiency improvements, positioning the manufacturer to better serve high-volume automotive markets.
2025-06-10
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