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Our quality - Your advantage
Your partner for peripherals in the die casting & plastics industry
We as FIMRO have been working since 1995 as a representative, service partner and manufacturer of peripheral equipment in the die casting and plastics industry.
We would like to show you that technical advice, sales, commissioning and service form a unit with us to your advantage.
Learn how our flushing systems for temperature control channels reliably remove deposits in molds, improve heat transfer, and sustainably optimize your cycle times and component quality.
Discover our cleaning systems for spray tools, which remove release agent residues without disassembly – for a stable spray pattern, less downtime, and consistently high casting quality.
Our services at a glance
Fondarex
In die casting and injection molding, vacuum technology is the most efficient method for evacuating air and gases from the mold cavity. With this advantage, the negative effects of air in the mold cavity can be avoided in a process-stable manner. As a pioneer in vacuum technology for die and injection molding, FONDAREX offers systems, valves, and chill blocks with innovative technology, high variability, and excellent process monitoring, providing users with the best opportunities for producing high-quality parts.
Regloplas
As a specialist with many years of global experience in process temperature control, the innovative products from REGLOPLAS offer casters all the advantages of reliability and performance, even in the field of die casting. In addition to the wide range of temperature control devices and systems for every application, custom solutions tailored to the needs of the caster are also possible at any time.
Wollin
In the field of spray technology for release agent application, WOLLIN provides casters with optimal options for producing high-quality cast parts using its spray tools, spray units, and agent supply systems. WOLLIN has also repeatedly demonstrated innovation and reliability in automation and scoop dosing.
Copromec
As a manufacturer of casting pistons, filling chambers, and piston rods, COPROMEC has become an expert in the filling process of die casting. This is particularly evident through the large number of patented solutions that have proven successful in practice. Using a coordinated system consisting of ring piston, filling chamber, piston rod, and the new internal lubrication, component life can be significantly increased and the quality of the cast part can be positively influenced.
ROTH Hydraulics
For over 60 years, Roth Hydraulics, formerly known as Bolenz & Schäfer, has been a leader in high-pressure accumulator technology. As a globally sought-after partner when it comes to technologies and innovations in accumulator technology, Roth Hydraulics components can be found in many die casting industry systems.
Morgan
Morgan Advanced Materials specializes in the manufacture of refractory materials for the melting area. This includes products such as crucibles, pyrometer protection tubes, impellers, and other refractory materials. We offer our customers the possibility of framework agreements and guarantee the delivery of agreed products directly from our warehouse. This eliminates the need for costly in-house inventory and significantly reduces delivery times.
MMP
Within the Morgan group, Molten Metal Products (MMP) is a manufacturer of crucible furnace systems. The production program covers the entire product range of heating types (gas, electric, oil, and combined systems). In addition to transport ladles, tilting and crucible furnaces, custom designs and a variety of sizes can be realized.
L+R Kältetechnik
L+R Kältetechnik develops and implements industrial refrigeration, cooling, and temperature control systems for demanding process applications. A key element is the H₂O technology for natural water treatment, which ensures stable water quality within the cooling circuit and reduces corrosion, scaling, and biological contamination. This optimizes heat transfer and enables efficient, reliable system operation. Combined with energy-efficient system design, energy consumption, component wear, and maintenance requirements are significantly reduced while meeting the highest standards of process stability and operational reliability.