Micro-Injection Molding Machine Direct Gates Small Parts
MHS says that the M3 is the only dedicated micro-injection molding machine capable of producing small, direct-gated plastic parts on a large scale.
Share
Read Next
At NPE2018, MHS launches a new generation of its M3 micro-injection molding machine, a production cell for direct gating small and micro-sized plastic parts.The new model of the electro-pneumatic molding cell is called the M3-D08. MHS says that it is the only dedicated micro-injection molding machine capable of producing small, direct-gated plastic parts on a large scale. MHS says it is important to note that the M3 is not restricted to micro parts. The M3 has enough clamp force and shot volume to produce larger small parts and also has the ability to expand the number of parts produced on one machine.
The M3 can produce high-quality, direct-gated parts without creating wasted cold runner material or incurring the need for secondary processes. The machine has quick cycle times (generally ranging from 4–6 seconds, depending on the part) for small parts that range from 0.001–0.400 g. This results in substantial savings especially when molding highly valuable plastics such as PEEK or bioabsorbables. The M3 can direct gate parts as small as 0.001 g with a fine Ø 0.5-mm gate. The M3 has production outputs of as many as 60 million direct-gated plastic parts per year. MHS says that the machine is capable of fast, cost-effective prototype molding and low-volume molding. The M3 has the ability to produce two different part designs with each shot, each with different part weights. The patented ISOKOR injection technology improves the part quality and consistency of each part, reduces melt-residence time and protects resin morphology. The M3 is easy to move with leveling castors and has integrated automation featuring standard touch-less parts-handling and take-out. MHS says that the M3 has user-friendly machine controls, a large touch-screen interface and secure cloud access. Cleanroom options are available for this product.
Related Content
-
Localized Mold Temperature Control Reduces Knit Lines, Optimizes Melt Flow
NPE2024: Dynamic localized mold temperature control Heat-Inject Technology by Incoe Corp. demonstrates how the part surface quality and the filling of the cavity is optimized with relatively little effort using targeted heat pulses.
-
Bonding, Sintering Tech Advances Metal Bonding for Mold, Die Components
NPE2024: Punch Industry USA exhibits P-Bas, intended to replace the use of 3D printers when producing mold and die components, as well as a variety of mold component supplies.
-
Real-Time Production Monitoring as Automation
As an injection molder, Windmill Plastics sought an economical production monitoring system that could help it keep tabs on its shop floor. It’s now selling the “very focused” digital supervisor it created, automating many formerly manual tasks.