Plastic Injection Molding

Cicor combines advanced molding technology, deep process know-how, and an integrated production network that unites tool design, molding, and validation within one organization. This seamless structure accelerates project realization, reduces transfer risk, and ensures complete traceability from molded part to finished device.

Our teams manufacture components ranging from ultra-small precision parts to large structural housings, meeting demanding dimensional, mechanical, and aesthetic requirements. Cleanroom facilities (up to ISO Class 7) and micro-molding capabilities extend our offering to medical and wearable applications that require absolute precision and contamination-free production.

We support single- and multi-material molding, insert and overmolding, and the use of engineering and high-performance resins. Each site operates with harmonized process controls, digital monitoring, and camera-based visual inspection systems to guarantee stable processes and zero-defect manufacturing.

Cicor also provides decorative and protective surface finishing, including painting and lacquering, to enhance both the appearance and durability of molded components. As part of Cicor’s CDMO structure, molding is seamlessly integrated with downstream assembly, testing, and packaging — enabling customers to accelerate time-to-market while maintaining consistent quality across the global network.

Cicor is among the few manufacturers with deep expertise in micro-injection molding for miniature, highly precise plastic parts.
We produce components weighing less than 0.1 g with dimensions in the sub-millimeter range, maintaining exceptional surface integrity and dimensional stability. Dedicated cleanroom micro-molding lines and optimized handling systems ensure high yields, precision, and reliability throughout production.

This capability is particularly valuable for hearing instruments, wearable sensors, and minimally invasive medical devices, where component miniaturization, cleanliness, and repeatability are critical to device performance.