Vertical LSR Injection Molding Machines
TYM provides vertical LSR injection molding machines for liquid silicone rubber applications that require compact machine layouts, stable mold opening and closing, precision injection control, and flexible automation integration. Our vertical LSR machine options include standard vertical, rotary, 3RT, micro, and 2K double-color configurations for medical, automotive, consumer electronics, industrial, and daily-use silicone products.
The vertical machine will open and close the mold in the vertical direction. The double slide plate can be installed with one upper mold and two lower molds. It can cooperate with the double station operation to improve the production efficiency, and is more suitable for the production of rubber coated products of silica gel package inserts.
The machine features a vertical mold-opening and closing mechanism with a rotary table and dual lower molds integration, design for a single-operator station. Its servo-driven rotary ensures high repeatability in rotational positioning and speed. Ideal for producing LSR overmolded parts and components with complex part-removal structures. The configuration also facilitates robotic arm integration to achieve fully automated vertical production.
Customizable multiple ejection functions.
The machine enabling replace the solid silicone mold with LSR molding.
The machine is equipped with a fixed heated mold base, which Reduces mold development and tooling costs.
It allows two molds producing different products to run simultaneously using the same material.
Suitable for solid compression molding processes, including two-plate molds and multi-layer molds.
Engineered for high-precision, multi-component molding, this Vertical 2K LSR Injection Molding Machine seamlessly combines thermoplastic and liquid silicone rubber (LSR) in a single cycle. Ideal for complex overmolding and insert molding, it maximizes production efficiency and yield for medical, automotive, and 3C electronic components.
The design of the piston structure barrel was adopted to achieve the structural design of the tiny barrel. The precision injector barrel was 4.8G and the theoretical output accuracy was 0.0032 G. Using the bipolar barrel structure design, the injection control is more stable and more accurate. Accurate barrel is a necessary weapon for producing precision products and fine products.
The design of the piston structure barrel was adopted to achieve the structural design of the tiny barrel. The precision injector barrel was 4.8G and the theoretical output accuracy was 0.0032 G. Using the bipolar barrel structure design, the injection control is more stable and more accurate. Accurate barrel is a necessary weapon for producing precision products and fine products.
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