Our IoT Devices will take your Manufacturing to the Next Level

Our IoT Devices will take your Manufacturing to the Next Level

Industry 4.0 Resin Injector

Commercial Advantages

Fully automated based on industry 4.0 (internet of Things)
Online visualization of tool filling (numerial simulation)
Automatic tool leak test
Automatic resin degassing/filling of cylinder/injection
Server connectivity and data storage
Report generation for tests and injections
Minimum maintenance between injections

Technical Specifications

Flow rates: 0.01 L/min to 10 L/min
Maximum pressure: 200 psi
Resin preheating up to 400 F
Exact positioning of cylinder inclination


Multiplatform Software

Windows, Android, Apple, Linux

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Advanced Process Control

Feedback control of process parameters with easy visualization

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Data Analysis

Statistical analysis of collected data

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Production Reports

Electronic manufacturing reports, tool vacuum leak test, resin degassing

Features

Multiplatform Software
Advanced Process Control
Data Analysis
Production Reports

Injection control mode

Flow
Pressure
Hybrid

Pressure

1 to 200 psi
Max. resin temperature

Max. resin temperature

200 °C

 


Power Supply

240 V, 1 Phase, 60 Hz, 30 Amps

Options

Resin stirring and degassing
Heated resin line
Customization available

Dimensions

W39" x L49" x H48"




Assembled in Quebec, Canada

Industry 4.0 Resin Injector

Commercial Advantages

Fully automated based on industry 4.0 (internet of Things)
Online visualization of tool filling (numerial simulation)
Automatic tool leak test
Automatic resin degassing/filling of cylinder/injection
Server connectivity and data storage
Report generation for tests and injections
Minimum maintenance between injections

Technical Specifications

Flow rates: 0.01 L/min to 10 L/min
Maximum pressure: 200 psi
Resin preheating up to 400 F
Exact positioning of cylinder inclination

Multiplatform Software

Windows, Android, Apple, Linux

Advanced Process Control

tab image

Feedback control of process parameters with easy visualization

Data Analysis

tab image

Statistical analysis of collected data

Production Reports

tab image

Electronic manufacturing reports, tool vacuum leak test, resin degassing

Specifications

Features

Multiplatform Software
Advanced Process Control
Data Analysis
Production Reports

Injection control mode

Flow
Pressure
Hybrid

Pressure

1 to 200 psi
Max. resin temperature

Max. resin temperature

200 °C

 


Power Supply

240 V, 1 Phase, 60 Hz, 30 Amps

Options

Resin stirring and degassing
Heated resin line
Customization available

Dimensions

W39" x L49" x H48"




Assembled in Quebec, Canada

Industry 4.0 Automated Thermoforming Machines

State-of-the-art Heating Technologies
Multi-function Automatic Machine
Turn-key Solution

PermLab 2

PremLab 2 is a unique integrated workstation to measure in-plane anisotropic permeability. It is used to measure the anisotropic permeability of fibrous reinforcements, to compare the flow efficiency of different performs, to compare Liquid Composite Molding (LCM) flow processes (RTM, resin infusion, flexible injection) and to conduct numerical flow simulations of mold filling. It has a data acquisition and processing software with 3 modules:

1.PermLab 1D - data acquisition with pictures of flow front
2.Prinper - to get principal permeability
3.CharacPer - to model permability as a function of fiber volume content
Our mission

CureTool

The CureTool is a unique equipment developed by RAM to visualize resin curing process inside a small tool containing a glass window. CureTool allows The observation of porosity formation during the curing process, the resin gelation and chemical shrinkage. It has an advanced online controller that allows a remote control of processing parameters making it easy to adjust curing temperature or consolidation pressure during testing. The tool cell can reach temperatures above 200 °C and pressures ranging from full vacuum up to 30 bars, making this equipment a great  solution to optimize phenolic, bismaleimide and high temperature epoxy resins. Combined with CureKinetics, the evolution of resin cure can be drawn to relate porosity formation, gelation, shrinkage and part deboning to a specific degree of cure.

CureKinetics

CureKinetics is a software package dedicated to characterize Thermosetting polymer resins. It is a  very fast and robust tool for constructing cure kinetics model of the chemical reaction for use in composites process simulation to optimize resin cure and post cure and to monitor porosity of chemical origin. It is widely used by world leading industries to model and optimize the processing of composite parts.
DSC data analysis
Kinetics modeling
Cure analysis
Our mission

Infusion Tables

Infusion tables are testing benches dedicated to study and optimize resin infusion processes but also used for real part production. These are practical R&D tools used to:
  • Speed up performance testing for different stacks of fibrous reinforcements, drainage medium, peel-ply and venting materials
  • Optimize the stacking sequence and minimize filling time
  • Study various injection configurations (radial, longitudinal, convergent or divergent) without modifing test mold
  • Measure the orientation of the permeability ellipse in radial injection
  • Visualize the quality of resin impregnation on both sides of a sandwich part
  • Observe preform saturation and test resin polymerisation
  • Study porosity of chemical origin

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