KākauohaHuna: ʻIke Puna

He aha ka mea i hana ʻia ai nā pūnāwai puka hale kaʻa kālepa a mau loa? ʻO kahi puna puka hale kaʻa haʻihaʻi e pani i kāu mau hana ʻoihana. Downtime costs money, and a failing

Pehea e hana maoli ai ka Mechanism Spring Torsion? You’re designing a product with a hinged lid that needs to snap shut or open with assistance.

Pehea ka pololei o ka helu helu ʻana i ka puka kaʻa ʻo Torsion Spring? Ua loaʻa iā ʻoe kahi helu helu pūnaewele no ka nui o kāu pūnāwai puka kaʻa hou. You’re hesitant to trust

Pehea ʻoe e hoʻohana pono ai i ka pahu kaʻa ʻo Torsion Spring Chart? Ua haki kou punawai puka kaʻa, and you’ve found a conversion chart online. It’s

Pehea ʻoe e ana i kahi pūnāwai hoʻonui? Pono ʻoe e kauoha i kahi puna wai pani, akā, ʻaʻole kūlike kāu mau ana. Ordering the wrong part means costly

Pehea ʻoe e helu ai i ka helu o ka punawai hoʻonui? You’ve chosen a spring, but it’s too stiff or too weak. This guessing game leads to poor

Pehea ʻoe e helu ai i ka mamao huakaʻi o kahi punawai hoʻonui? Your spring isn’t providing the right force at the right time. You suspect it’s not stretching

Which Compression Spring End Type Is Right for Your Design? Your spring has the right force, but it wobbles and doesn’t sit flat. ʻO kēia kūpaʻa