Precise temperature management is critical to manufacturing high-quality parts with little scrap while achieving profitability.
The high-precision, easy-to-use Gammaflux control technology supports sophisticated temperature control of your hot runner system.
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Building on the success of the globally favored G 24, the newly launched G 25 offers a completely redesigned user interface along with enhanced features, setting a new standard in precision temperature control. Building on the success of the globally favored G 24, the newly launched G 25 offers a completely redesigned user interface along with enhanced features, setting a new standard in precision temperature control.
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It knows the rigors of everyday production: the G 24 has been tested for years and is the favorite of many machine operators worldwide.
Up to 192 zones in one enclosure, with a daisy chain cable and up to 384 zones in two enclosures.
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Equipped with the same high-quality technology as the G 24 is the LEC especially designed for smaller hot runner system applications and is offered with 2, 6 and 12 zone enclosures.
Large, complex or difficult-to-fill parts need sequential valve gate control to achieve the required part quality. With the G 24 SVGC, the machine operator can open and close each valve gate nozzle individually to precisely control material flow and can can control the temperature at the same time.
The G 24 SVGC supports pneumatically and hydraulically driven hot runner valve gate systems.
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Combined G 24 temperature controller with servo control unit for five high precision electric driven axis in the injection mold.
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The extremely compact Hydraulic Power Unit is available as a stand-alone device or as an integrated solution with temperature controller for sequential injection molding.
At Gammaflux, we are dedicated to delivering precision, innovation, and reliability in temperature control solutions for the plastics industry. As a global leader in hot runner temperature control systems, we partner with manufacturers to improve quality, efficiency, and consistency in injection molding processes.
With decades of expertise, we take pride in developing advanced technologies that help our customers reduce waste, optimize cycle times, and achieve greater control in production. Our team is driven by a passion for problem-solving and a commitment to continuous improvement, ensuring that every solution we provide meets the highest standards of performance.
More than a supplier, Gammaflux is a trusted partner — helping customers worldwide turn complex challenges into opportunities for success.
Placeholder text. At PRIAMUS the monitoring of the industrial injection molding process is based on real process parameters which are obtained by cavity pressure and cavity temperature sensors. B
y combining these two sensor types, our systems are able to document and monitor in detail the flow characteristics of the material in the mold.
Placeholder text. At PRIAMUS the monitoring of the industrial injection molding process is based on real process parameters which are obtained by cavity pressure and cavity temperature sensors. B
y combining these two sensor types, our systems are able to document and monitor in detail the flow characteristics of the material in the mold.
Placeholder text. At PRIAMUS the monitoring of the industrial injection molding process is based on real process parameters which are obtained by cavity pressure and cavity temperature sensors. B
y combining these two sensor types, our systems are able to document and monitor in detail the flow characteristics of the material in the mold.
learn more (Anchor link)
Placeholder text. At PRIAMUS the monitoring of the industrial injection molding process is based on real process parameters which are obtained by cavity pressure and cavity temperature sensors. B
y combining these two sensor types, our systems are able to document and monitor in detail the flow characteristics of the material in the mold.
learn more (Anchor link)
Placeholder text. At PRIAMUS the monitoring of the industrial injection molding process is based on real process parameters which are obtained by cavity pressure and cavity temperature sensors. B
y combining these two sensor types, our systems are able to document and monitor in detail the flow characteristics of the material in the mold.
learn more (Anchor link)
Placeholder text. At PRIAMUS the monitoring of the industrial injection molding process is based on real process parameters which are obtained by cavity pressure and cavity temperature sensors. B
y combining these two sensor types, our systems are able to document and monitor in detail the flow characteristics of the material in the mold.
learn more (Anchor link)
