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As a professional manufacturer of LSR menstrual cup molds, TYM specializes in providing turnkey injection molding solutions for the production of silicone menstrual cups. With the growing demand for soft, safe, and reusable menstrual hygiene products, silicone menstrual cups have become a key application of advanced liquid silicone rubber (LSR) molding technology in the medical field.TYM designs and manufactures high-precision LSR molds specifically for silicone menstrual cups, supporting mass production with horizontal injection molding machines equipped with air-blowing or robotic demolding systems. Our solution ensures stable cycle times, flash-free molding, high-output manufacturing - making us a trusted partner.

Mold for silicone menstrual cups specifications

Mold details
Mold base material P20 (customizable)
Mold core/insert material S136 (customizable)
Cavity 8 cavities (customizable)
Runner Cold runner
Nozzle 8 pcs needle valve injection nozzle
Demolding Demold automatically by blowing air

 

 130T Vertical LSR injection molding machine TYM-W5050 Specifications

Clamping Unit
Clamping force 130T
Opening stroke 200-700m
Tie-Bars space 500*500mm
Ejection force 4T
Ejection stroke 150mm
Others
Motor power 12kw
Voltage & current 380V,50hz
Pump Pressure 20mpa
Time schedule controller (TCON) 8 sets
Machine Weight 5.8T
Machine dimension 4.3*1.4*2.0m

FAQ

Q1: What types of silicone are used in your silicone menstrual cups?
A: We use medical-grade, platinum-cured LSR certified by FDA and ISO standards. This material ensures excellent flexibility, chemical resistance, and biocompatibility, making it safe for prolonged vaginal contact.

Q2: Can you provide custom packaging or private labeling?
A: Yes, we offer OEM and ODM services, including customized packaging, logo printing, and color selection. We support both bulk and individual retail packaging solutions based on your market requirements.

Q3: Are your menstrual cups compatible with sterilization methods?
A: Absolutely. Our silicone menstrual cups are compatible with autoclave sterilization, as well as other common methods such as boiling water or UV sterilization. The material retains its shape and properties even after repeated sterilization cycles.