Not only are they sometimes using more high-tech materials, but robotics can assemble them with much greater precision and can do so far more rapidly.
I'd bought an HP calculator in the early '90s. Those things were great; had exquisite tactile feedback on the keyswitches and the labels on the keys were made with a double-shot mold so the labels will never wear off. The calculators were assembled with robotics and were not made to be repaired. Warranty work consisted of throwing the unit away and sending a new one. When the model went out of production, they kept a reserve around for the length of the warranty period and when that was expired, they dumped the reserve. The first one cost me $100 and the second, $25. Between the two of them, I fully expect to have a working handheld graphing calculator for the rest of my life.
I guess what I'm trying to say is that "disposable" doesn't necessarily equate to "junk quality".
Having said all that, I understand the new HP calculators are made with the squishy rubber-dome keys with painted on labels...
Glen
I'd bought an HP calculator in the early '90s. Those things were great; had exquisite tactile feedback on the keyswitches and the labels on the keys were made with a double-shot mold so the labels will never wear off. The calculators were assembled with robotics and were not made to be repaired. Warranty work consisted of throwing the unit away and sending a new one. When the model went out of production, they kept a reserve around for the length of the warranty period and when that was expired, they dumped the reserve. The first one cost me $100 and the second, $25. Between the two of them, I fully expect to have a working handheld graphing calculator for the rest of my life.
I guess what I'm trying to say is that "disposable" doesn't necessarily equate to "junk quality".
Having said all that, I understand the new HP calculators are made with the squishy rubber-dome keys with painted on labels...
Glen