MERLONS | MIAGO PP-740
Product article: pp-740/WHITE
Designer file: pp-740-WHITE-3dsmax.fbx

IMPORT INTO 3DS MAX
1. Extract this ZIP, then import the FBX with Units = Automatic (or Centimeters).
2. Textures are embedded. No external texture download or manual scale correction is required.
3. Inspect the imported chair mesh, not a helper box. Object scale is 100%.

PHYSICAL SIZE
Width X: 50 cm. Depth Y: 52 cm. Height Z: 76 cm.
Z is up; the chair faces -Y. The origin is bottom-centred on the floor.
These overall file dimensions are set from the owner's supplied measurements, not an independently verified manufacturer drawing. The supplied seat height 45 cm and seat depth 40 cm were not independently measured or constrained in this photo-generated mesh.

MODEL AND MATERIALS
Genuine Tripo-generated geometry; no Blender or scripted substitute geometry. This colour retains the plain molded seat visible in its reference photo, without the BLACK variant's separate seat insert.
The supplied FBX preserves the reviewed Shopify model's triangle geometry and visible base-colour atlas. Orientation, centimetre units, the binary FBX container and export material settings were normalized locally.
The FBX is binary version 7.5 and includes embedded textures. Base-colour pixels, geometry, dimensions, archive integrity and fixed front/quarter views were checked. Native 3ds Max is not installed on the export device, so a native Max import/render was not tested. Renderer-specific material interpretation and lighting can affect appearance.
This is a photo-based visual model, not manufacturing CAD; unseen surfaces and exact physical colour cannot be certified from a photograph.

INTEGRITY
FBX SHA-256: 2f0b6b4f17d8d0bee588e500c30bd0a598c729913e4f7748daf3d02bdbe28f81
The original article contains a slash; filenames use a hyphen for Windows compatibility.

SHOPIFY
The companion pp-740-WHITE-shopify.glb is provided separately. Upload that GLB to the matching Shopify product's Media section. Do not upload this designer ZIP as the interactive 3D media.
