设计核心

我们致力于开发创新驱动解决方案以满足市场期许。

消费者不断追求更高舒适性,更高质量和技术的产品。我们定制解决方案,以满足消费者的期许,为客户提供更多的价值。

我们独特之处在于不会被传统方法所约束,不断的寻找新的方法以达到更好的性能。我们不止步于书面的条条框框,总是寻求最佳的解决方案。

功能与支持

凭借30多年磁路设计和控制器开发经验,我们成为驱动解决方案和产品开发方面的世界级专家。

我们可以为您开发全新的驱动解决方案,或者基于现有的驱动器调整,来满足您对产品的要求。此外,我们会探索新的方案来提高您的产品性能,并增加更多的创新功能。我们的服务的宗旨是:

  • 产品集成和系统支持

  • 优化的电机及控制性能

  • 可靠,高效,安静的驱动解决方案

  • 高品质制造

  • 合作寻求创新

基于强大技术和经验,我们可以开发新的驱动解决方案适用不同的领域,如洗衣机,风扇与风机,水泵,吊扇等等。

我们经验丰富的工程师和设计师团队对每一个设计工作都能做到持之以恒,创造性和洞察力。

我们的驱动器解决方案的优势

利用我们的经验,技术和独特的思维,我们旨在提高您产品的以下方面:

  • 智能控制

  • 效率

  • 噪声

  • 空间利用率

案例分析

智能空气流动

阅读时间:5分钟

REINVENTING TRADITIONAL MANUFACTURING PROCESSES TO PRODUCE A REVOLUTIONARY WASHING MACHINE: THE GENTLE ANNIE

Gentle Annie was the world’s first use of a brushless DC motor in a washing machine and this project sparked the innovation culture that has been the DNA of Fisher & Paykel Technologies ever since.

By taking a system-level view to this project, our team went beyond designing a better washing machine feature, to developing the revolutionary product, now commonly known as Gentle Annie: The world’s first washing machine to remove customer pain points around reliability, efficiency and noise.

Our team not only replaced the existing motor and gearbox technology with a world-first Brushless Direct Current Motors, they also created the first generation of “Smarter” computer-controlled motor technology.

Gentle Annie was the result of numerous rapid prototyping cycles, where our team built, tested and learned what was necessary to bring their vision and innovation to life. New and innovative manufacturing processes had to be developed along the way, as no other manufacturer had these capabilities at the time – but this paved the way for more flexible processes in the future.

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Revisiting core customer needs to create a product that improves lives and has a sustained competitive advantage.

We partnered with a global food equipment manufacturer who was struggling to differentiate in their market. They were originally looking for our help with designing a new feature that would give them an edge against the competition. We undertook a customer-led sprint to establish how the machine should work as a whole, in order to develop a stronger point-of-difference that could be sustained long-term.

Working through collaborative design-sprints, we were able to uncover the core customer benefits and requirements of this product – allowing for a new and improved machine that addressed the consistent issues their customers had with reliability, maintenance, and overall noise.

With our direct-drive motor technology, this machine is now more reliable, quieter and smarter. By looking beyond new features, we were also able to improve the product’s safety features – all delivered with a simplified product design.

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Ice cream machine

The approach and outcome enabled this brand to reposition as a leader in the market, and get effective cut-through amongst the growing global competition.

RE-EMERGING AS A MARKET LEADER BY TAKING A NEW APPROACH TO PRODUCT INNOVATION – AND DELIVERING A BETTER CUSTOMER OUTCOME.

This manufacturer was able to re-establish their position in the market – shifting away from just their historical brand credibility, to now having a reputation for innovative technology.

The industrial pumps market was traditionally lacking customer-focus and innovation. We partnered with one pump manufacturer who wanted to change that.

Their industrial pumps division hadn’t seen product innovation in 15 years. They were heavily reliant on customers knowing and trusting their brand – but as the competition grew, and product differentiation faded, a new approach was required.

Pumps are used in heavy-duty situations – across very diverse and challenging environments. They required a motor and controller that could operate reliably in these conditions. Consistent high-performance was an essential requirement.

Collaborative design sprints were held to look at the machine as a whole and better understand the problems that needed to be solved. Working with their specialists, we looked at how all the components within the system interacted with each other to then create software that out-performed their competitors.

Multiple scenarios were sketched and tested to ensure that we delivered the best possible product, based on customer requirements. The outcome was us designing a much smarter pump, with higher performance and adjustable settings for each application/user’s condition.

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案例分析

智能空气流动

阅读时间:5分钟

我们创新性的数字化空气流动解决方案确保生产出适合您的空气流动产品,同时能够灵活应用于不同的系统。

空调的关键在于舒适度,我们开发了独特的驱动解决方案:安静,智能

空调系统总工程师:詹姆斯·哈蒙德

通过软件功能智能功能

智能的软件

在斐雪派克,我们致力于开发市场领先的技术,将其应用于客户的产品之中。这为客户提供了竞争优势,使客户不断推陈出新。

我们的空气流动解决方案配备无传感器正弦波控制的马达控制专利技术。这种控制换流的方法确保了扭矩传递的平稳性和速度控制的精确性,从而降低电机噪音水平

微型电机控制器对电机智能化开辟了新的应用领域,包括过滤器堵塞检测和自清洁风扇模式。控制器程序可编辑,使我们能够不断的更新控制软件,调节电机的性能。我们可以为每个空气流动应用提供定制化的最优驱动解决方案。

利用软件控制平台,我们可以不断开发新功能和智能功能,为客户增加实时的增值产品。

定制化方案

我们在为不同应用提供量身定制的解决方案时,总是考虑到每一个产品的特定的性质。

  • 我们可以优化绕组结构和绕组的材料,对转子设计,以满足每个特定的应用对噪音,效率和性能要求。

  • 我们提供了一系列的控制选项,以满足客户对噪音,价格和效率的需求。我们可以灵活地改变电机控制器,而无需对电机进行任何实质上的改变。

  • 为了使我们的电机能够更好的适用于您的应用,我们可以调整安装方式,轴的几何形状或者密封结构。

独具匠心的适配性,使我们找到适合您需求的最佳选择。我们热诚于与您合作,并找寻适合您产品的最佳驱动解决方案。我们的生产线能够在不同配置之间进行快速切换,为广大客户提供快捷服务和交付周期。

灵巧独特的定子设计

转子低噪音设计

磁化技术

通过广泛的市场调研,我们发现,噪音是人们购买空气流动产品时,考虑的关键购买因素之一。基于我们30年的磁路设计的经验,我们开发的电机比竞争对手更加安静。

我们率先在空气流动电机市场上运用独一无二的电磁设计。我们通过长时间设计和测试磁化方法,以优化我们的内转子电机。专利磁化技术确保平滑的磁通转换,更少转矩波动,以减少电机的振动 – 从而制造出极其安静的电机。

詹姆斯·哈蒙德

斐雪派克新西兰总公司空调系统总工程师

“我们努力开发空调系统的最佳驱动解决方案,对于在这一领域的成功我感到骄傲”

詹姆斯·哈蒙德于1991年生于奥克兰,并在奥克兰大学取得机械工程学士学位(荣誉学位)。他在斐雪派克有超过4年的对空气流动电机的研发经验。他经常前往中国,与我们的客户,供应商,制造和开发团队进行交流。

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