At MIR Moulds, we are at the forefront of innovation in the injection moulding industry. Our Research & Development division is actively engaged in exploring cutting-edge technologies, and we welcome collaboration with like-minded inventors and companies who share our passion for pushing the boundaries of what’s possible. Currently, we are focused on the following pioneering technologies:

• Micro Pitch Hot Runner Systems: Revolutionizing precision in moulding with our exploration of micro pitch hot runner systems.
• Hollow Over Moulding Concepts: Exploring innovative approaches to hollow over moulding for enhanced product design possibilities.
• Novelty Alloys : Investigating the unique applications of  alloys such as tungsten carbide, special steels and even ceramics with unique properties in cavity/core construction for superior performance.
• In-Mould Assembly Systems:  Reducing automation complexities through the development of in-mould assembly systems.
• Advanced 2K and 3K Manufacturing Concepts: Pioneering advanced concepts in two-component (2K) and three-component (3K) manufacturing for increased efficiency and versatility.
• Mould-to-Part Transfer Systems: Exploring seamless and efficient systems for transferring parts into and out of moulds with help of Custom functional EOAT.
• Cycle Time Reduction via Thermal Vapor Transfer System: Innovating methods for reducing cycle times through the integration of thermal vapor transfer systems.
• Heat Pipe Optimization Methods:  Optimizing heat pipe technologies within toolings to enhance overall performance.
• Micro Channel Cooling Circuits:  Developing intricate cooling circuits on a micro scale for improved thermal management.
• Innovative Runner Designs for Advanced Balancing: Crafting runner designs that push the boundaries of balance and efficiency in injection moulding.
• Cycle Time Reduction via Conformal cooling: Using various methods of correct additive manufacturing such as high density SLM, Diffusion bonding or Electron beam for surprisingly large cores.
• Foaming: Gas assist or blowing agents to reduce sink marks/weight.
• Injection Compressions moulding: To increase part performance/reducing clamp.
• Customised Hot runner nozzle designs: designing custom gates for parts which traditional needed cold runners.