Australia’s Ai Group Industry Index for manufacturing increased 4.5 points to -16.8 in June 2026, marking the highest level since February and signaling an easing in the contraction, though conditions remained fragile. Manufacturers faced rising material costs, patchy demand, constraints on raw material availability, and higher business costs. Meanwhile, constructors reported reduced orders, prompting some firms to reassess their workforce needs. Upstream, chemical producers reported the sharpest contraction since July 2024 due to weak sales, citing low customer confidence, high raw material prices, and rising freight costs. Meanwhile, metals producers reported growing competition, partially offset by a strong project pipeline anchored in mining and construction activity. Downstream, machinery and equipment makers cited subdued customer demand, freight delays, and weaker capital investment. Food and beverage producers reported improving demand despite ongoing economic uncertainty. source: Australian Industry Group
Industry Index Manufacturing in Australia increased to -16.80 points in June from -22.40 points in May of 2026. Industry Index Manufacturing in Australia averaged -9.05 points from 2020 until 2026, reaching an all time high of 21.50 points in March of 2021 and a record low of -34.10 points in April of 2020. This page includes a chart with historical data for Australia Ai Group Industry Index - Manufacturing. Australia Ai Group Industry Index - Manufacturing - data, historical chart, forecasts and calendar of releases - was last updated on July of 2026.
Industry Index Manufacturing in Australia increased to -16.80 points in June from -22.40 points in May of 2026. Industry Index Manufacturing in Australia is expected to be -22.00 points by the end of this quarter, according to Trading Economics global macro models and analysts expectations. In the long-term, the Australia Ai Group Industry Index - Manufacturing is projected to trend around -12.00 points in 2027 and -8.00 points in 2028, according to our econometric models.