Processing Assistance for Injection Molding Machine

Regrind is an economic asset when it is managed well and a process liability when it is not. The difference between those two outcomes comes down to heat history, contamination control, particle size consistency, and how systematically you track the material from scrap generation to hopper blend. Here is how

The global injection molding market reached approximately $298 to $362 billion in 2025 depending on how the market scope is defined, and it is growing. Packaging leads in volume share. Medical devices are the fastest-growing application. And the equipment technology story is shifting from hydraulic to servo-hydraulic and electric. Here

The choice between a hot runner and a cold runner mold is usually framed as a tooling cost question. It is actually a production economics question that touches material consumption, cycle time, scrap generation, regrind management, and the kind of machine control your process demands. Here is the full picture.

A 20 percent reduction in cycle time on a press running three shifts does not require a new machine. It requires a systematic look at what is happening in each phase of the cycle and where time is being left on the table. For many injection molding operations, the savings

Electricity is one of the largest variable costs in injection molding, and most shops running older hydraulic presses are paying significantly more per part than they need to. If you have not looked at your press fleet’s energy consumption lately, the numbers might change how you think about your next

LOG offers two servo-driven injection molding machine series, the S8 and the S9, covering a clamping range from 90 to 650 tons. Both are servo-hydraulic, both are built to run in production environments, and both deliver real energy savings over conventional hydraulic presses. The question is which design fits your