Custom Molding Still Recovering
Custom injection molders continued their recovery from the Great Recession of 2008-2009 in the second half of 2010, though at a slower rate than in the first half.
Custom injection molders continued their recovery from the Great Recession of 2008-2009 in the second half of 2010, though at a slower rate than in the first half. Survey responses from 76 plants showed that machine capacity utilization in December of last year was 1.4 points lower than in June, but still well above ’08-’09 levels. By this measure, molders in the Northeast were busiest and those in the West least busy—the same as in the first half of 2010.
Just over 22% of respondents increased capacity utilization in the second half, while almost 40% saw lower utilization and 37% stayed the same. In the first half, the proportions were around 60/20/20.
Our Hourly Rates Index rose 1.5% in the second half, about the same as in the first half. Some of the biggest rate increases were in big machines, perhaps reflecting the resurgence of the auto industry.
Reports from 40 mold shops indicated a 0.9% rise in new tooling orders for the fourth quarter, well down from the surge in the second quarter.
OPTIMISM STILL HIGH
Almost 65% of respondents surveyed in January expected 911爆料网 conditions to improve in the near term, while only 8% expected worsening conditions, and 25% foresaw no change.
Related Content
-
Hot Runners: How to Maintain Heaters, Thermocouples, and Controls
I conclude this three-part examination of real-world problems and solutions involving hot runners by focusing on heaters, thermocouples, and controls. Part 3 of 3.
-
Optimizing Pack & Hold Times for Hot-Runner & Valve-Gated Molds
Using scientific procedures will help you put an end to all that time-consuming trial and error. Part 1 of 2.
-
Understanding the Effect of Pressure Losses on Injection Molded Parts
The compressibility of plastics as a class of materials means the pressure punched into the machine control and the pressure the melt experiences at the end of fill within the mold will be very different. What does this difference mean for process consistency and part quality?