With this comment (you beat me to it).
Thread's closed. Moose outside should've told ya.
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Here's a bumper, now get out
With this comment (you beat me to it).
Thread's closed. Moose outside should've told ya.
View attachment 2565375
Yep. Very little titanium in the device. The chassis was recycled aluminum with an epoxy connecting it to a very thin outer titanium frame. Jerry Rig showed off how little titanium there was when the 15 Pro came out. Just marketing BS.The switch to Ti was unbelievable and purely marketing driven.
saved me money this time around. That never happens! Easy decision keeping the IPP16 for the foreseeable future.overtime but it has scratches on first few days of release 🤣
The back with the charging scratches is not made out of aluminum.just make the same thing out of titanium and charge me 2000 bucks for the base model alright![]()
"Scratches at a level kitten, with deeper grooves at a level cat"
So Apples laptops are made out of cheap material?instead of admitting they made the pros out of cheap materials they shifting the blame on the chargers typical apple
True about the titanium shell but it wasn’t epoxy bonded. They used an ultrasonic welding technique to bond the titanium and aluminum directly to each other. They made a big deal about it in the phone announcement video. I think it improved the heat transfer and was a stronger bond than epoxy.Yep. Very little titanium in the device. The chassis was recycled aluminum with an epoxy connecting it to a very thin outer titanium frame. Jerry Rig showed off how little titanium there was when the 15 Pro came out. Just marketing BS.
So Apples laptops are made out of cheap material?
It looks like the invasion of the dumb clones, doesn't it? A horde of unoriginal commenters who keep banging on about the same Aluminum-vs-Titanium fixation, as if they didn't read what has been said for weeks.They had scuffs on the GLASS. And EVERY iPhone has GLASS on its back.
Understand? The scuffs were on the SAME MATERIAL that EVERY OTHER iPhone has.
Apple made the change because fools won't stop claiming the new phones are made of "cheap" materials.
What does a phone made of aluminum have to do with its GLASS back getting scuffed? It has NOTHING to do with what metal the phone is made of. The GLASS was showing scuffs.
Triggered the keyboard crusaders that haven’t seen their feet in years.Strange. Almost like aluminum wasn’t the way to go here. Good ole Apple.
Oh look. A scrunchable "eco friendly" "carbon neutral" "innovative" material scratches "insanely great".
Apple has quietly added a protective silicone ring to its in-store MagSafe charging stands following reports of marks appearing on some iPhone 17 series display models, according to Consomac.
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The apparent move comes after Apple last month confirmed that worn MagSafe chargers in retail stores were causing what appeared to be scratches on the iPhone 17 Pro and iPhone 17 Pro Max. There have also been reports of the marks appearing on iPhone Air models.
Apple said the marks were actually material transfer from the stand to the phone, and could be removed with cleaning. The company also noted that other models like the iPhone 16 were affected by the problem.
It's currently unclear whether the in-store display change is localized to France, where the Consomac report originates, or if it's just a snapshot of a more widespread rollout to Apple retail stores in other countries.
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Separately, Apple has addressed concerns about scratching on the camera plateau area of the iPhone 17 Pro models, saying the edges have similar characteristics to aluminum cases on other Apple devices, like MacBooks, and may show normal wear and tear over time.
(Thanks, Sylvain!)
Article Link: Apple Modifies In-Store MagSafe Stands to Prevent iPhone 17 Marks
I was just going with Jerry's hands-on. Granted, he just thought it was fancy talk for epoxy. He did say it was a very solid, permanent bond.True about the titanium shell but it wasn’t epoxy bonded.
Usage by individuals is entirely different and the stands are different. And they are not scratches they are cleanable if one cares (I do not)I wonder how similar those stands are to actual Apple MagSafe chargers. If they're the same, wouldn't regular MagSafe chargers cause the same problems over time?
No thank you to your UTube spam.I was just going with Jerry's hands-on. Granted, he just thought it was fancy talk for epoxy. He did say it was a very solid, permanent bond.
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Cool, enjoy Android or your aging iPhone. Your choice. Me, I find the iPhone 17 Pros to be superb devices. I even own one.Hahahahahaha.
❌ continue using high quality titanium
✅ blame magsafe stands for scratches and try to hide them
I will not going to buy iphone again with aluminum chassis. Especially those toy looking “pro” versions.
Actually the "thin outer titanium [alloy] frame" was engineering, not "marketing BS." And it was/is elegant design. Sheesh.Yep. Very little titanium in the device. The chassis was recycled aluminum with an epoxy connecting it to a very thin outer titanium frame. Jerry Rig showed off how little titanium there was when the 15 Pro came out. Just marketing BS.
At my local Apple Store, I looked at the backs of a bunch of the new iPhones of each model, and saw on both the glass and the aluminum above the glass, some transfer material that I was able to remove with a finger, some scuffs (some of them fairly bad) that didn't buff out, and some actual scratches, on several of the iPhones that weren't silver. My guess is that a lot of people are pretty rough/sloppy when they set an iPhone back onto its in-store display stand/charger, scraping the back of the iPhone across the face of the pre-silicone-covered chargers (a hard white plastic) until the magnets mate up, but also it looked as if some people might have actually taken something like a key and rubbed it on the back of some of the iPhones to test their durability.This is material transfer onto the Ceramic Shield glass, not the aluminium or titanium of the pro or air.
No epoxy, the titanium and the aluminum were bonded together at the atomic level, using a thermo-mechanical solid-state diffusion bonding process. JerryRig measured the thickness of the titanium band around the perimeter of the 15 and 16 Pro models, and found it's 1mm thick.Yep. Very little titanium in the device. The chassis was recycled aluminum with an epoxy connecting it to a very thin outer titanium frame. Jerry Rig showed off how little titanium there was when the 15 Pro came out. Just marketing BS.