NEWS

Defense Plastic Components: Precision, Performance and Proven Experience

Defense industries look for parts that are light, durable and precise. For this reason, defense plastic is becoming a leading strategic choice. However, defense plastic manufacturing needs more than technical

Class 8 Clean Room Manufacturing: Why It Matters for Medical Devices

A Class 8 clean room and ISO 13485 keep medical device parts clean and traceable. See how Rimoni manufactured the CNOGA All-In-One device.

Engineering Plastics & Material Selection Guide

Multi-Material Injection Molding: Advanced Solutions for Defense Industries

Defense and military industries demand equipment that is light, durable and technologically advanced. As a result, military plastic materials have become a central component in almost every operational system. Multi-material

Two-Shot Injection Molding for Tactical Gear: Sealing and Ergonomic Grip in One Part

Engineering solutions for sealing and durability in modern defense systems. Tactical gear, communication units, night-vision devices and electro-optical enclosures have to work reliably in harsh field conditions. Water, dust, oils,

When Development Doesn’t Translate to Manufacturing

CASE STUDY · PRODUCT DEVELOPMENT & MANUFACTURING TRANSFER A dental device company came to Rimoni with a product that had already been developed by another company but had struggled to

Mold Design: The Engineering Behind a Successful Product

Why early mold design and DFM decide product quality: gating, cooling symmetry and ejection planning before steel is cut, and how in-house tooling shortens time-to-market.

Plastic Injection or Steel? A Guide for the Undecided

Plastic injection or steel? How production volume, unit cost, strength-to-weight ratio and part consolidation decide when a metal component should move to an engineering polymer.

How Polymer Selection and Raw Materials Directly Impact Injection Mold Design

How a resin's thermal, shrinkage and chemical properties dictate injection mold design: cooling layout, mold steel choice (1.2083 vs 1.2344), venting and surface finish.

What Makes a Plastic Mold High-Quality? A Guide for Defense Products

What makes a defense plastic mold reliable: engineering design for extreme loads, hardened tool steels, CMM quality control and lifecycle maintenance that prevents downtime.

Plastic Injection for Drones and UAVs: The Battle for Every Gram Toward Air Superiority

In the world of drones and unmanned aerial vehicles, the equation is simple. Every extra gram costs flight time. The vehicle might be a tactical military drone, a logistics platform,

Transitioning from Aluminum or Machining to Plastic Injection in Defense Projects

    Transitioning from Aluminum or Machining to Plastic Injection in Defense Projects   When Does the Transition Actually Make Sense, What Are the Risks, and How to Mitigate Them

Five Criteria for Choosing a Plastic Injection Manufacturing Partner

Choosing a plastic injection manufacturing plant is a strategic decision directly affecting product quality, manufacturing costs, and your ability to meet Time-to-Market goals. In this complex industry, partnering with a

The Defense Standard: Beyond an Ordinary Plastic Housing

In the defense industry, optical systems, missiles, ammunition housings, sensors, and tactical communication equipment operate under extreme conditions. Consequently, they face severe shocks, rapid temperature changes, and constant exposure to

Medical Device Scale-Up: The Complete Guide to Serial Production

The Challenge of Transitioning to Mass Production For medical device companies, moving from prototype to serial production (scale-up) represents the critical moment of truth. At this stage, a conceptual design

Why In-House Mold Maintenance is Critical

When the Heart of Production Stops Beating In plastic injection molding, the mold is the heart of the entire production line. When functioning smoothly, manufacturing flows according to schedule. However,

How Single-Source Plastic Injection Molding Accelerates Time-to-Market and Eliminates Engineering Risks

The Trap of a Fragmented Supply Chain Companies developing complex technical products across medical, automotive, and industrial sectors face a critical challenge: transitioning smoothly from initial concept to full-scale production.

Over-Molding Injection for Military Equipment: Engineering Meets the Battlefield

Modern battlefields demand equipment that withstands harsh conditions. Soldiers face extreme temperatures, intense shocks, and exposure to chemicals daily. Strength alone is not enough; equipment must also be ergonomic for

Manufacturing Independence Enabling Operational Resilience

Manufacturing Independence: How The Shift from Global Supply Chains to Decentralized Local Control In recent years, industrial enterprises have experienced firsthand the risks of over-reliance on global supply chains. Global

Weight Reduction in Carried Military Equipment: Plastic as a Metal Substitute

In equipment that a soldier carries for hours, every gram counts. Engineering plastic produced by injection molding cuts that weight while keeping industrial strength and precision. For this reason, defense