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CyberRealistic Z-Image Turbo is a realism-focused finetune of Z-Image Turbo by Tongyi-MAI.
The idea behind it is deliberately simple: keep what makes Z-Image Turbo good - speed, strong prompt understanding, good composition and extremely efficient few-step generation - while moving the default visual language further toward believable photography.
CyberRealistic doesn't try to turn Z-Image Turbo into a completely different model. The original already has a very capable photographic foundation. The finetune mainly changes what the model considers a "normal" photograph: more natural skin, less synthetic rendering, more believable faces, stronger material texture, more grounded lighting and better anatomical consistency.
Z-Image Turbo already knows how to make a good image. CyberRealistic mainly changes where it starts.
What's different from base Z-Image Turbo
Stronger photographic look out of the box.
More natural skin texture with less waxy or overly polished rendering.
Improved faces, eyes, hair and small facial details.
Better anatomical consistency, especially hands, feet and complex poses.
Fewer duplicated limbs and extra hands in more difficult compositions.
More believable fabric, hair, skin, metal, glass and other material textures.
Stronger response to available light, practical lighting and real-world camera language.
Less dependence on stacks of words like
masterpiece,8k,ultra detailedandphotorealistic.Keeps the speed and general prompt behavior that make Z-Image Turbo useful.
The focus is photography, but that doesn't mean the model is locked to photography. Illustration, cinematic stylization, fantasy, advertising, vintage photography and other looks are still available when you describe them.
Prompting
If you're coming from SDXL, Pony or Illustrious, the biggest change is simple:
Describe the image instead of building a tag stack.
Z-Image Turbo uses a Qwen3-based text encoder and responds very well to normal descriptive language. Short comma-separated clauses are completely fine, but every part of the prompt should ideally tell the model something visual.
Instead of:
woman, realistic, masterpiece, best quality, detailed skin, cinematic, 8k
try:
A woman standing beside an open apartment window on a warm summer evening, photographed with soft natural light falling across her face, loose dark hair, natural skin texture and an out-of-focus city street behind her.
The second prompt gives the model an actual scene to construct.
Put the subject first
Start with what the image is about.
A middle-aged mechanic leaning over the open engine bay of an old red pickup truck...
works better than hiding the subject halfway through a long list of style instructions.
You don't need to obsess over exact prompt order, but the main subject and composition should be clear early.
Be specific
Specific visual language usually does more than generic quality words.
Instead of:
beautiful lighting
try:
soft late-afternoon sunlight entering through a dusty workshop window
Instead of:
detailed clothing
try:
a faded blue denim jacket with worn seams and slightly frayed cuffs
Instead of:
cinematic portrait
try:
photographed from chest height with a 50mm lens, shallow depth of field and soft window light from camera left
Describe the light
Lighting is one of the easiest ways to change the realism and mood of the image.
Useful examples:
soft overcast daylight
direct midday sunlight creating hard shadows
a single warm tungsten lamp above the table
cold fluorescent supermarket lighting
late-afternoon sunlight entering through venetian blinds
direct on-camera flash in a dark room
You can still use words like cinematic, but describing where the light actually comes from gives the model much more information.
Quality tags are not magic switches
Words such as:
masterpiece
best quality
8k
ultra detailed
absurdres
score_9
can still influence the wording of the prompt, but Z-Image Turbo doesn't treat them like the traditional SDXL/Pony quality system.
Use that prompt space to describe what you actually want to see.
Camera language works well
For photographic images, camera terminology can be useful when it describes a visible effect:
35mm documentary photograph
85mm portrait lens with shallow depth of field
handheld photograph with slight motion blur
direct flash snapshot
wide-angle environmental portrait
medium-format color photograph
Don't feel forced to specify a camera and lens in every prompt. Sometimes simply saying casual phone photo gives you exactly the look you need.
Prompt length
There is no perfect prompt length, but these are useful practical ranges:
10–30 words: exploration and seed hunting.
30–80 words: good balance between control and freedom.
80–150 words: complex scenes, precise lighting or detailed compositions.
Long prompts aren't automatically better. Contradictory prompts are the bigger problem.
If you ask for soft natural window light, hard direct flash, deep cinematic shadows and flat commercial studio lighting at the same time, the model still has to decide which instruction wins.
Text inside images
Z-Image Turbo is unusually capable at rendering text compared with older diffusion models.
If exact text matters, put it in quotation marks:
A small neon sign above the diner entrance reading "OPEN ALL NIGHT"
Keep important text reasonably short. It's good, but it still isn't a replacement for a typography application.
Recommended settings
Z-Image Turbo is a distilled few-step model.
Don't treat it like an SDXL checkpoint that needs 30–50 steps.
A good starting point is:
Steps: 8–9
CFG / Guidance: effectively OFF
Resolution: start around 1 megapixel and increase if your hardware allows it
Negative prompt: normally unnecessary
In the original Diffusers implementation, guidance is 0.0.
In standard ComfyUI workflows, the equivalent no-CFG setup is generally CFG 1.0.
More steps are not automatically better with Turbo. If something isn't working, changing the prompt, seed, sampler or composition usually makes more sense than simply increasing the step count.
ComfyUI
For ComfyUI, I recommend starting with the current Z-Image Turbo workflow/template rather than applying old SDXL settings.
Z-Image Turbo has its own sampling behavior and is designed around very low step counts.
Negative conditioning is normally zeroed out in the standard Turbo workflow because the model runs without traditional classifier-free guidance.
Example prompts
Natural-light portrait
A woman in her early thirties sitting beside an open café window, loose brown hair falling across one side of her face, wearing a simple cream-colored sweater. Photographed from slightly below eye level with a 50mm lens, soft overcast daylight entering from the window, natural skin texture, muted colors and a busy street softly blurred in the background.
Documentary photography
An elderly fishmonger arranging silver mackerel on crushed ice at an indoor market early in the morning. Cold daylight enters through the open market doors and mixes with the warm bulbs above the counter. Wet concrete floor, weathered hands, faded rubber apron, handheld 35mm documentary photograph with subtle grain and natural color.
Low-light snapshot
A young woman standing alone beside a vending machine outside a convenience store at two in the morning, photographed with direct on-camera flash. Dark parking lot behind her, slightly messy hair, casual oversized jacket, realistic skin texture, hard flash shadows, muted colors and the imperfect look of a spontaneous late-night photograph.
A few last things
Short prompts are completely valid.
One of the advantages of Turbo is that you can generate several directions quickly, choose the seed or composition you like, and then add more camera, lighting and material detail.
That often works better than trying to write the perfect 150-word prompt before generating anything.
Also keep in mind that Z-Image Turbo is distilled for speed. Part of that tradeoff is lower variation than a large non-distilled foundation model. If you keep seeing the same interpretation, change the wording more substantially rather than adding another five quality tags.
CyberRealistic Z-Image Turbo is released for people who enjoy generating, experimenting, benchmarking and finding the edges of a model.
Feedback is especially useful for difficult poses, multiple people, hands and feet, unusual lighting, text rendering and prompts where the model behaves differently from the original Z-Image Turbo.
If you find something interesting — good or bad — let me know.
Credits
CyberRealistic Z-Image Turbo is based on Z-Image Turbo by Tongyi-MAI.
Z-Image Turbo is released under the Apache 2.0 License. Please follow the applicable upstream license when using or redistributing derived models.
Description
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This update brings further refinements across the board - better details and colours, improved consistency, and enhanced NSFW content.
This release comes with +100 new sample images added to the already extensive V3.0 gallery, covering an even wider range of styles and scenarios.
FAQ
Comments (38)
"...After Early Access ends, downloads will be temporarily disabled." - Be nice to us users. We can still buy one copy and make it available for free.
Just wait until tomorrow V3 will be available then.
I paid 5k buzz for v3, which, honestly, was sub-par. Now you want us to pay another 5k buzz for v4, in the hopes that it doesn't suck. yea...I get training isn't free, but, I think this business model sucks.
I think 5k is perfectly reasonable for these models; it sounds to me like your prompting is an issue if you think v3 was sub-par. I strongly disagree. I think v3 is an excellent model, and I am sure that v4 will be even better. If you do not wish to pay the very low sum of 5k for these models, then perhaps I suggest you wait until it becomes available.
Does it work with character LoRAs yet?
Do any Z-Image Turbo models work with character LoRAs other than the original?
I'm also looking for a custom checkpoint that's as stable as the bf16 original ZIT, but I still haven't found it. For all custom checkpoints, the weights of the models interfere with each other with the character lora. Maybe you've found something that's just as stable?
@xFennx @Getcontact I have released https://civitai.com/models/2513307/cyberrealistic-z-image-turbo-catalyst (CyberRealistic Z-Image Turbo Catalyst) which work (better) with character LoRa's.
@Cyberdelia wow! I have a lot of random character lora and today i will test Catalyst model, thanks! If I find the optimal "sampler/scheduler" for my lora's and your Catalyst and get good images, I will definitely post them on the model's page.
@Getcontact There will be an alt version that is even better. Maybe this weekend.
@Cyberdelia I check this too, thanks!!
@Cyberdelia Where is the alt version xD
@ralphjx Catalyst version
v3 was an outstanding model, and I am excited to try out v4. Thank you so much for all your hard work. I hope you continue well into the future; you inspire us all!
I'm not sure if I should ask this, but are these models Lora mix models, or are they models where you fine-tuned the Z-image?
At the moment, it is easy to convert custom training into LoRA blocks and merge them directly into the model. This works differently compared to other models like Z-Image Base, for example.
Required Additional Files
Make sure you also have the following:
16 GB+ VRAM: qwen3_4b.safetensors
8–12 GB VRAM: qwen34bfp8_scaled.safetensors
All VRAM sizes VAE: ae.safetensors
New to ZIT and using forge neo, where exactly do i put these?
qwen3_4b in models/text_encoder
ae in models/VAE
If you need more help with Forge - just DM me. Always love to help and promote Forge Neo :)
I'm getting an error trying to download the Text Encoder from your HF folder (says "invalid username or password" and navigating down to the FluxTextEnc_VAE folder just returns a 404 error. Edit; Only getting this error for the FP8 text encoder, the full encoder link hosted at CivitAI works fine. (Nm, just drilled down on the full link at HF and found them both - wait, no, that says "mixed" not "scaled", so not sure if it's same thing or not).
i use the zimage vae and text encoder with it, works fine
@Cyberdelia with you on that!
I am a bit confused by this as I have read it before. Same with some checkpoints.
I run a RIG with a 4060 (12GB of VRAM) and 16GB of RAM.
Never did I run into the slightest issues using the 16GB+ VRAM (qwen3_4b and BF16 checkpoint of Miraclein, BigLove etc).
Maybe someone can explain?
Let us know when it learns to generate penises.
Don't be a .... "dick". That feature is really "hard" ;)
Not being a jerk or promoting but you can try some loras or other nsfw-aimed models st. darkbeast/pornmaster. Honestly Z-Image (turbo) removed penis at the pre-train stage thus it is even inpossible to make it learn how dick looks like without thoroughtly retraining the whole model.
@mvqsrtz where did you find these insider inofs? do you know if the normal z-image (without turbo) still has penises? (i encountered this phenomenon on all SDXL turbo checkpoints (i tried) too the turbo seems to castrated models in general i dont know why)
@pink0909 No. Z-image deformed all penises at the very beginning stage (likely in the trainning data), so all the z-image series (z-image-turbo or base) cannot generate good penis without deep modification. Probably a retrained z-image-base could fix it but I don't see that could happen very soon.
Trying to be "cocky", eh? ;)
Moody porn merge does an "OK" wiener. Not great, but decent. This model was obviously not trained on wieners.
I will have to test this out this weekend. I am currently testing v3 and its amazing. Thanks for keeping the workflow in the images. I can just drag and drop the images to get the settings in Neo and do testing.
thanks for another great model. but in v4, i see more flow_dpo effect than needed. when i use it with dpo lora at around -0.7, your model clearly shines with er-sde / simple.
Wow the complexity really shines over SDXL, Zimage is cooking.
INSANE REALISM, ABSOLUTE PEAKKK!!!
So I was trying to make the switch to ZIT from SDXL but cyberrealistic models were just too good! Imagine my surprise when I checked and found that indeed my favorite creator also made ZIT models. God damn I use your models for everything now. Pony, SDXL, ZIT. Love you man.
perfetly useful, tytyty
PRO TIP: make low res image in SDXL then upscale and refine in ZiT.
No matter what I try I cannot get the text encoder and VAE to work.... I am sure I stored them in the right location. Any advice?
The link to qwen34bfp8_scaled.safetensors doesn't work...
Literally good at everything its nutty
Details
Files
cyberrealisticZImage_v40_txt.safetensors
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zImageTurbo_textEncoder.safetensors
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zImageTurbo_textEncoder.safetensors
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zImageTurbo_textEncoder.safetensors
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cyberrealisticZImage_v10_txt.safetensors
cyberrealisticZImage_v20NSFW_txt.safetensors
unrealvisionZITPhotoreal_universal_txt.safetensors
926Custom3JustAZIT_v10_txt.safetensors
zImageTurbo_turbo_txt.safetensors
cyberrealisticZImage_v40_txt.safetensors
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cyberrealisticZImage_v70_txt.safetensors
cielbleuZIT_v2_txt.safetensors
juggernautZ_v10ByRundiffusion_txt.safetensors
cielbleuZIT_v1_txt.safetensors
zAnime_textEncoder_full_bf16.safetensors
ae.safetensors
Mirrors
ae.safetensors
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fluxVae_v10.safetensors
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flux-vae-dev.safetensors
ae.safetensors
FLUX_VAE.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux_vae.safetensors
ae.safetensors
variational_encoder_primary.safetensors
vae.safetensors
ae.safetensors
ae.safetensors
Zimage-vae.safetensors
ae.safetensors
z_image_vae.safetensors
flux_vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux-vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux_vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
zae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae_fp32.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux_vae.safetensors
fluxvae1dev.safetensors
zImageBase_vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
zImageTurbo_vae.safetensors
ae.safetensors
ae.safetensors
aeea.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux_dev_vae.safetensors
flux_schnell_vae.safetensors
lyhAnimeFlux_v4Niji_vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux-vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux_vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux1vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
variational_encoder_primary.safetensors
ae.safetensors
ae.safetensors
ae_vae.safetensors
zImage_vae.safetensors
FLUX.1-AE_fp32.safetensors
FLUX.1-AE_fp32.safetensors
flux1-VAE.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux1-dev-ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae (2).safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
fluxVae_v10.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux_vae.safetensors
flux_vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
zImageTurbo_vae.safetensors
ae.safetensors
ae(1).safetensors
zImageTurbo_vae.safetensors
z_image_vae.safetensors
ae.safetensors
ae.safetensors
flux_kontext_ae.safetensors
ae.safetensors
flux_vae.safetensors
ae.safetensors
ae.safetensors
ZIT_zImageTurbo_vae.safetensors
ae.safetensors
vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux_ae.safetensors
z_image_ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
Flux VAE (ae).safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux1-dev-ae.safetensors
flux_vae.safetensors
flux1-dev-ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux_vae.safetensors
fluxvae1dev.safetensors
zImageBase_vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
variational_encoder_primary.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
diffusion_pytorch_model.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux1-vae.safetensors
z-Image-Vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae(z_image).safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
vae.safetensors
vae_fluxsigmaf16.safetensors
ae.safetensors
ae.safetensors
Flux_ae.safetensors
ae.safetensors
zimage_ae.safetensors
zimage_ae_red.safetensors
ae.safetensors
ae.safetensors
RedCraft_VAE.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
zImageTurbo_vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
zImage_vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
zImage_vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux_ae.safetensors
vae_fp16.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
zImageTurbo_vae.safetensors
vae.safetensors
z_image_turbo_vae.safetensors
zImageBase_vae.safetensors
ae.safetensors
ae.safetensors
zImageTurbo_vae.safetensors
zImage_vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
FluxVae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
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ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
z_image_vae.safetensors
ae.safetensors
ae.safetensors
ae flux.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
aeZimgturbo.HB0H.safetensors
zImageTurbo_vae.safetensors
zImageTurbo_vae.safetensors
z_image_turbo_ae.safetensors
ae.safetensors
VAE-ae.safetensors
ae.safetensors
ae.safetensors
Flux.1 VAE [FP32].safetensors
ae.safetensors
flux_fill_dev_ae.safetensors
flux_vae.safetensors
ae (1).safetensors
ae.safetensors
vae-flux_1-fp32.safetensors
ae.safetensors
z_image_turbo_ae.safetensors
ae.safetensors
ae.safetensors
zit_vae.safetensors
ae.safetensors
flux_vae.safetensors
ae.safetensors
ae.safetensors
zImageTurbo_vae.safetensors
ae.safetensors
z_image_vae.safetensors
ae.safetensors
flux_vae.safetensors
ae.safetensors
variational_encoder_primary.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
VAE.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux_vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
Vae-flux.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
zImageBase_vae.safetensors
ae.safetensors
ae.safetensors
z-image-vae.safetensors
diffusion_pytorch_model.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
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ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
z_image_vae.safetensors
vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
fluxvae.safetensors
ae.safetensors
zimage.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux-vae-fp32.safetensors
variational_encoder_primary.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
zImageTurbo_vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
zImage_vae.safetensors
TEXT_TO_IMAGE_ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux1-vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
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ae.safetensors
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ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae (1).safetensors
flux_vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux_kontext_ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux_vae.safetensors
zimageae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
Zimage-vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
variational_encoder_primary.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae_zimgturbo.safetensors
flux_vae.safetensors
ae.safetensors
ae.safetensors
flux_vae.safetensors
z_image_vae.safetensors
ae.safetensors
ae.safetensors
FLUX.1-dev-vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
variational_encoder_primary.safetensors
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z_image_vae.safetensors
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ae.safetensors
ae.safetensors
flux1-dev-ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
vae.safetensors
alexa.flux.safetensors
ae.safetensors
ae.safetensors
flux1vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
zit_vae.safetensors
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ae.safetensors
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ae.safetensors
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ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux1dev-ae.safetensors
ae.safetensors
ae.safetensors
flux1-dev-ae.safetensors
VAE_ae.safetensors
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ae.safetensors
ae.safetensors
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ae.safetensors
ae.safetensors
vae.safetensors
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ae.safetensors
ae.safetensors
ae z image turbo.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux1-dev-ae.safetensors
ae.safetensors
flux2vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
zImage_vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
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ae.safetensors
ae.safetensors
vae.safetensors
ae.safetensors
zimage_vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
z_image_base_vae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux_kontext_ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux_vae.safetensors
zImageBase_vae.safetensors
zImageTurbo_vae.safetensors
flux1d_vae.safetensors
ae.safetensors
ae.safetensors
zImageTurbo_vae.safetensors
flux1-dev-ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux-vae-dev.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
hidreami1.1vae_ae.safetensors
hidreami1vae_ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
vae_ae.safetensors
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ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux-vae.safetensors
ae.safetensors
ae.safetensors
ae (1).safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
flux_ae.safetensors
ae.safetensors
ae.safetensors
flux1-ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae_zimgturbo_fp16.safetensors
aeSft_v10.safetensors
ae_zimgturbo.safetensors
ae_zimgturbo_2868325.safetensors
ae.safetensors
ae.safetensors
fluxVaeSft_aeSft.sft
vae.safetensors
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ae.safetensors
aeSft_v10.sft
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ae.safetensors
ae.safetensors
ae.safetensors
ae_zimgturbo.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors
ae.safetensors














