u/aedon_

https://preview.redd.it/nfviwdudm4kh1.png?width=1045&format=png&auto=webp&s=dadc964b2d507ddb8a71686e7b2207c45a25e172

Bir abim yaklaşık 2 yıldır şişecam biriktirdiğini, şu ana kadarki durumundan memnun olmadığıını fakat hala almaya devam edeceğini söyledi. Yıllarca üzerine ekleye ekleye alıp tutmaya devam edeceğini söylüyor.

Ben BIST hakkında bilgi sahibi birisi değilim bu yüzden şişecam hakkında yorum yapamıyorum. Bu sebeple size sormak istedim.

SISE uzun vadeli tutulur mu? Getirisi nasıl? Bu hisseye aynı abim gibi güvenip elinde yıllarca tutmayı düşünen veya yıllarca tutan insanlar var mı? Bu şirket ve hisse hakkında ne yorum yaparsınız?

Hi everyone,

I recently took on a freelance project where the client provides 3D scan data (created with a Creality CR-Scan Otter) of small automotive plastic parts (caps, trims, clips ranging from 5cm to 15cm). The goal is to reverse engineer them into clean, parametric, 3D-printable CAD models (STEP/native SW files).

The issue is the scan files (.obj/.stl) come with a massive number of triangles/facets. When imported into SOLIDWORKS as solid/surface bodies, the viewport lags heavily, making it practically impossible to sketch or snap to references smoothly.

I don't have access to paid reverse engineering plugins like Geomagic for SW, and I want to keep the workflow as streamlined as possible inside SOLIDWORKS (or free tools).

A couple of questions for those who do reverse engineering in SW:

What is your go-to method for referencing high-poly meshes without killing viewport performance? (Import as Graphics Body + Mesh Slicing tool, or external decimation first?)

How do you efficiently capture accurate cross-sections and critical mounting features (clips, ribs, draft angles) from imperfect mesh data?

Are there any recommended free standalone utilities to quickly clean up and decimate scan data before bringing it into SW?

Hi everyone,

I recently took on a freelance project where the client provides 3D scan data (created with a Creality CR-Scan Otter) of small automotive plastic parts (caps, trims, clips ranging from 5cm to 15cm). The goal is to reverse engineer them into clean, parametric, 3D-printable CAD models (STEP/native SW files).

The issue is the scan files (.obj/.stl) come with a massive number of triangles/facets. When imported into SOLIDWORKS as solid/surface bodies, the viewport lags heavily, making it practically impossible to sketch or snap to references smoothly.

I don't have access to paid reverse engineering plugins like Geomagic for SW, and I want to keep the workflow as streamlined as possible inside SOLIDWORKS (or free tools).

A couple of questions for those who do reverse engineering in SW:

What is your go-to method for referencing high-poly meshes without killing viewport performance? (Import as Graphics Body + Mesh Slicing tool, or external decimation first?)

How do you efficiently capture accurate cross-sections and critical mounting features (clips, ribs, draft angles) from imperfect mesh data?

Are there any recommended free standalone utilities to quickly clean up and decimate scan data before bringing it into SW?

https://preview.redd.it/gaoaxd0nb4kh1.png?width=1324&format=png&auto=webp&s=63edac830db8bb04e1f548dbbcac19b513b34e26

Hi. I already have SolidWorks CSWA certification (225 out of 240). My next goal is pass the CSWP exam. I'm working on the SolidWorks Practice Problems that SolidWorks shared. But that's not enough. I wanna the real improve. How can I improve myself?

Hi. I already have SolidWorks CSWA certification (225 out of 240). My next goal is pass the CSWP exam. I'm working on the SolidWorks Practice Problems that SolidWorks shared. But that's not enough. I wanna the real improve. How can I improve myself?