How I Made a Glass Fruit Cutting AI ASMR Video — Without Google Veo 3

The Rise of Glass Fruit ASMR Trends

The satisfying slice, the crystal-clear crunch and the slow, glistening drop of a mango half sliding off the blade. If you’ve been scrolling YouTube lately, chances are you’ve been mesmerized by those ASMR glass fruit cutting videos. In this blog, PiAPI's team will walk you through how we created our own glass fruit ASMR video using Kling AI, ChatGPT image generation, and MMAudio — all accessed via PiAPI, our platform that lets you use premium AI tools without locking into individual subscriptions.Instead of paying full price for just one service, we offer flexible access to multiple tools across video, image, audio, text, template and 3D AI models — perfect for creators like you.

Why I Used Kling AI Instead of Veo 3

Yes, Veo 3 is a powerhouse but PiAPI offers a more flexible solution. With PiAPI, we are able to:

  • Use Kling AI for ultra-realistic video generation
  • Generate crisp imagery with ChatGPT image tools
  • Design satisfying ASMR audio with MMAudio
  • Only pay for what I used — no commitment, no waste

From budget-friendly tools to pro-level features, here's a quick side-by-side comparison of what creators can expect from Veo 3 and PiAPI at a glance:

Find out more about Veo 3's pricing and features here, and PiAPI's here.

Step-by-Step: Creating the Glass Fruit Cutting Video

Here's how we generated the image, video and audio through PiAPI.

Glass mango being gently sliced by AI video generator – close-up of the initial cut in ultra high detail. AI-generated video of glass mango being sliced and dropping onto cutting board – no audio. Satisfying ASMR video of glass mango sliced and falling – crisp sound and high-detail visual.
A crystal-clear still of a glass mango just beginning to be cut — a teaser of PiAPI’s Kling AI precision in action.

Step 1: Generate the Glass Mango Image

You can start by crafting a prompt through ChatGPT. This intermediate step may seem like an extra effort, but going through image-to-video instead of direct text-to-video gives you far more control. You can fine-tune your visuals until the output matches your mental image.

I want to create a prompt for an ASMR video of cutting glass fruit. The style should be clean and show a close-up slow-motion cut. Can you give me a text-to-image prompt for ChatGPT-4o-image in the language that is best understood by the model?
  • Copy the suggested prompt. You can substitute mango with any fruit by changing the details accordingly.
  • Paste and submit the suggested prompt into the next request.
  • Download the generated image.
Or, if you'd rather skip the guesswork, you can directly use my proven prompt:
A close-up photo of a realistic human hand slicing through a translucent glass mango with a sharp knife. The mango is semi-transparent with a shiny, glass-like surface and a visible seed inside. The lighting is soft and cinematic, highlighting the glossy textures. The background is minimal and wooden, like a kitchen cutting board. The composition feels satisfying and ASMR-friendly, with high realism and detail.
  • Once the image is generated, download it for the next step.

Step 2: Generate the Video Using Kling via PiAPI

Now that you have your image, it’s time to bring it to life:

A close-up, slow-motion video of a human hand gently slicing all the way through a translucent glass mango with a shiny steel knife. The mango has a glossy, semi-transparent surface, and reveals a smooth glass-like seed inside. As the knife completes the cut, one half of the mango slowly slides and falls onto a wooden cutting board with a soft, satisfying sound. The scene is calming and tactile, with warm ambient light reflecting off the glass texture. Macro lens, high-detail realism, ultra-satisfying ASMR style, no background distractions, peaceful tone.
  • You may explore the Advanced Settings for different Kling model versions, modes and durations.
  • Submit the request by clicking "Run"
  • Click "Click here to get the result" to retrieve the output.
  • Download the video output.

You’ll get a clean, cinematic ASMR-ready animation that perfectly visualizes the sensation of cutting through a glass fruit.

Step 3: Add ASMR Audio with MMAudio

Next, I used our MMAudio to generate sound that matched the visuals.

  • Open the MMAudio workspace.
  • Select the "video2audio" task type.
  • Upload the image from Step 2.
  • Enter the following prompt:
Ultra-clean ASMR audio of cutting a translucent glass mango in close-up. The track begins in near-silence, capturing delicate hand movements and a soft fingertip press against the smooth glass surface. A stainless steel knife gently touches the glass fruit — a crisp, high-pitched tap echoes subtly. As the knife slices slowly through, capture soft, satisfying friction: shimmering, crystalline textures, like tempered glass parting with fine internal tension. Include delicate creaking and micro-crackling as the blade glides through the semi-hollow fruit. Reveal a realistic inner mango seed made of frosted glass with natural, grainy striations — enhance the textural audio of the seed being exposed. End with a soft clink as the sliced half lands gently on a wooden cutting board. No background noise, no music — just pure, intimate, tactile glass ASMR.

The result? Pure, crisp ASMR audio that matches every movement in the cut.

Why PiAPI Makes It All Easier

Most of these tools are paywalled or subscription-gated, but with PiAPI, we are able to:

  • Access all of them in one platform
  • Only pay for what we needed
  • Avoid vendor lock-in from any single tool
  • Experiment with a variety of models with little to no commitment.

Whether you're a creator chasing viral formats, a collector of ASMR trends, or just exploring AI generators — this is one of the most satisfying projects you can try. Plans start as low as $15/month with usage credits. PiAPI gives you one portal to rule them all. No more juggling subscriptions. Just build.Explore our plans and try out our free features here!

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