News - AST Advanced Spiral Technology

Why Nothing Compares to AST’s Premiere Flight Forming System

Published on 05 Dec, 2018

AST’s Premiere Flight Forming System – Nothing Compares

Published on 05 Dec, 2018

AST wins the prestigious 2016 NSW ECA Innovation at the Export Awards

Published on 04 Feb, 2017

Every year the top Australian businesses are recognised with the prestigious Export Awards in Australia. The awards are judged on categories such as Creative Industries, Environmental Solutions, Digital Technologies, Innovation and International Development. This year AST attended the awards and won the 2016 NSW ECA Innovation Award!

AST adds a wealth of experience and expertise to its team

Published on 04 Feb, 2017

AST is delighted and excited to announce the appointment of Mr. Gil Swadling as Sales & Marketing Manager.

Advanced Spiral Technology’s TruHelix™ – Flight Blank Designer Software

Published on 04 Feb, 2017

The world’s most revolutionary sectional screw flight forming technology. What is TruHelix™ – Flight Forming Technology? TruHelix™ is a sectional flight forming system that incorporates revolutionary patented hardware along with purpose designed and constructed software to eliminate the heavily reliance on operator expertise.

TruHelix™ will revolutionise USA screw flight manufacture

Published on 04 Feb, 2017

Advanced Spiral Technology is pleased to announce that a world renowned manufacture has recently purchased two TruHelix Flight Forming machines with delivery scheduled for the end of December 2013 and commissioning at their US based facility to take place early 2014.

TruHelix™ – Flight Forming Technology Lifts the cloak on an old ‘Black Art’

Published on 04 Feb, 2017

Until Advanced Spiral Technology’s TruHelix Flight Forming System helical screw flights were primarily formed by “pitch” dependent dies in various forming machines. The accuracy and consistency of the helical form was largely a function of the die pitches, the experience of the press operator and the accuracy of the cut annulus from which the helix was formed.