▪	20~25% reduction in installation area
	The clamping mechanism features a compact design, reducing the installation area (footprint) by approximately 20-25% compared to conventional injection molding machines.
▪	Approx. 25% reduction in hydraulic oil consumption
▪	By separating the clamping cylinder from the mold opening/closing cylinder, the compact design and high-pressurization (210 bar) result in an approximately 25% reduction in hydraulic oil consumption compared to conventional models.
▪	Precision molding by minimizing deformation of the mold and die plate
▪	Four clamping cylinders are fastened to the center of the mold between the fixed platen and the moving platen of the clamping unit. This focuses the clamping force on the center of the mold, minimizing deformation of the mold and die plate. By applying uniform clamping force throughout the product, it enables precision molding of flash-free (burr-free) products.
▪	Reduced time for mold thickness adjustment and clamping force setting
▪	Mold thickness adjustment and clamping force setting are easily automated through system calculation functions with a one-touch operation after mold installation. This allows for mold setup in a short time without the need for separate manual clamping force adjustments.
▪	Expansion of mold thickness and opening stroke
▪	Compared to direct-pressure and toggle types, the mold thickness and stroke can be extended without limit through optional specifications.
▪	Center-press die plate
▪	Excellent molding stability with a Center-press type plate structure verified through Ansys structural analysis.

• 650
• 850
• 1050
• 1300
• 1600
• 2000
• 2500
• 3000
• 4000