Présentation de M. Daniel Langlais lors du 1er colloque d'impression 3D au Québec à Trois-Rivières en mai 2015.
Voyez les différentes normes actuellement à l'étude dans le domaine de la fabrication additive
Présentation de M. Alain Bernard lors du 1er colloque d'impression 3D au Québec à Trois-Rivières en mai 2015.
Survol des normes à l'étude dans le domaine de la fabrication additive.
Survol des entreprises, des technologies, de l'économie, des secteurs d'activités et des pays impliqués.
Beatrice Guay Pepper - Reseau Quebec 3D et axes de recherche priorisesQuoc Tuan Duong, ing.
Présentation de Mme Beatrice Guay Pepper lors du 1er colloque d'impression 3D au Québec à Trois-Rivières en mai 2015.
Survol des différentes technologies de fabrication additive et des applications. Explication de la raison d'être du Reseau Quebec 3D.
Polymers 3D printing / Fabrication additive avec polymères - Etude Plastipoli...PLASTIPOLIS
Plastipolis a conduit en 2015 une étude détaillée des enjeux et opportunités de la fabrication additive et de l'impression 3D pour la plasturgie et les composites.
Présentation donnée à l'occasion du séminaire du GFP le 10 décembre 2015 à Paris.
Présentation de M. Alain Bernard lors du 1er colloque d'impression 3D au Québec à Trois-Rivières en mai 2015.
Survol des normes à l'étude dans le domaine de la fabrication additive.
Survol des entreprises, des technologies, de l'économie, des secteurs d'activités et des pays impliqués.
Beatrice Guay Pepper - Reseau Quebec 3D et axes de recherche priorisesQuoc Tuan Duong, ing.
Présentation de Mme Beatrice Guay Pepper lors du 1er colloque d'impression 3D au Québec à Trois-Rivières en mai 2015.
Survol des différentes technologies de fabrication additive et des applications. Explication de la raison d'être du Reseau Quebec 3D.
Polymers 3D printing / Fabrication additive avec polymères - Etude Plastipoli...PLASTIPOLIS
Plastipolis a conduit en 2015 une étude détaillée des enjeux et opportunités de la fabrication additive et de l'impression 3D pour la plasturgie et les composites.
Présentation donnée à l'occasion du séminaire du GFP le 10 décembre 2015 à Paris.
Keynote de Sogeti High Tech sur l’impression 3D ou fabrication additive dans le cadre du salon Smart Industries qui s’est tenu à Paris – Villepinte du 6 au 9 décembre 2016
Creatix3D est le spécialiste en conseil et intégration d'imprimantes 3D et de technologies de fabrication additive (logiciels, scanner 3D et matériaux) pour les professionnels.
Etude Apec - La fabrication additive - tendances métiers dans l'industrieApec
Le projet DEFI&Co (développer l’expertise future pour l’industrie et la construction), piloté par le CESI et soutenu par le Programme d’Investissements d’Avenir, vise à construire des contenus de formation adaptés aux transformations en cours dans l’industrie et la construction.
Dans le cadre de ce projet et sur une durée de cinq ans (2017-2021), l’Apec va réaliser chaque année une revue des tendances liées à l’usine du futur et au bâtiment du futur ayant un impact potentiel fort en matière d’évolution des compétences et des métiers pour les cadres.
Ce document consacré à la fabrication additive s’inscrit dans la revue des tendances 2017. D’autres documents sont disponibles sur les thèmes du BIM (building information modeling, maquette numérique dans la construction), de la performance énergétique des bâtiments, de l’Internet des objets (IoT), du big data dans l’industrie et du PLM (product lifecycle management, gestion du cycle de vie des produits). Un dernier document est consacré aux compétences transversales et de savoir-être (soft skills) nécessaires pour travailler avec ces nouvelles technologies.
This document provides information on cross-cut tester kits used for determining the adhesion of coating layers on substrates. It lists various kits available with different blade sizes and configurations according to ASTM and ISO standards. The kits include blades, a wrench, magnifier, brush and carrying case. Accessory blades and replacement parts are also listed.
[3DPrintShow Paris 2014] Business Models, intégration, externalisation : Quel...Thierry Rayna
Bien plus qu’une simple technologie de production, l’impression 3D permet de reconfigurer rapidement et radicalement la chaîne de valeur de l’entreprise et de la rendre ainsi agile, « lean », dynamique et efficiente.
Lors de cette présentation, nous examinerons tout d’abord l’impact des technologies d’impression 3D sur les « business models », et, en particulier, en quoi création de valeur, la distribution de valeur et la capture de valeur sont affectées par ces nouvelles technologies. Nous montrerons ensuite comment l’impression 3D rend possible l’adoption de « business models » innovants, dynamiques et reconfigurables. Bien plus encore, l’impression 3D permet d’appliquer le paradigme de « prototypage rapide » aux « business models » mêmes. Enfin, nous aborderons la question de l’intégration verticale. L’impression 3D entraine-t-elle une plus grande intégration ou, au contraire, une plus grande externalisation ? Dans quels cas vaut-il mieux intégrer les processus d’impression 3D ? Dans quels cas vaut-il mieux les externaliser ? Quels sont les facteurs à prendre en compte ? Quelles solutions existent ?
Comparison of a portal image with reference images (simulation films or digit...Danijela Scepanovic
1) The study evaluated setup errors in radiotherapy patients by comparing portal images to reference images (digitally reconstructed radiographs or simulation films).
2) Setup errors were analyzed in two orthogonal directions for anterior and lateral fields in 43 patients receiving pelvic, prostate, abdominal or thoracic radiotherapy.
3) Transfer errors between the planning and treatment positions ranged from 0.3-2.8mm depending on the reference image and treatment site. Using digitally reconstructed radiographs as references resulted in slightly smaller transfer errors compared to simulation films.
Nous proposons des services de Design, prototypage rapide et d'impression 3D aux PME et ETI qui souhaitent innover, se différencier et augmenter leur chiffre d'affaires.
This document provides a reference guide for radiographers to interpret welds. It contains descriptions and examples of various types of discontinuities that can be detected in radiographic images of welds, including mismatches, lack of penetration, inclusions, cracks, porosity, and other defects. The guide defines each discontinuity type and provides details on their visual appearance on radiographs to aid in identification.
This document provides standards for reference radiographs used to evaluate steel castings up to 2 inches thick. It includes:
1. An overview of the scope and purpose of the reference radiographs, which illustrate various types and severity levels of discontinuities commonly found in steel castings.
2. Descriptions of the categories and types of discontinuities represented, including gas porosity, inclusions, shrinkage, cracks, tears, and mottling. The discontinuities are graded on a scale of 1 to 5 based on their quantity, size, and distribution.
3. Procedures for how to use the reference radiographs to evaluate production radiographs and determine whether castings meet specified radi
The document provides descriptions of common welding defects along with their corresponding radiographic images. It describes 14 different types of defects including misalignments, lack of penetration, inclusions, cracks, and more. Each defect entry explains what it is, such as offset or mismatch being a misalignment of pieces to be welded, and describes its radiographic image appearance, such as an abrupt change in film density across the weld image width. In total, it covers 14 common welding defects and their radiographic signatures for non-destructive testing interpretation.
L’impression 3D va bien au-delà de l’image propagée par la majorité des médias français: la fabrication par une petite imprimante 3D d’objets-gadgets en plastique de piètre qualité. Elle est de plus en plus utilisée, non seulement pour le prototypage rapide, mais aussi pour l’outillage industriel et la fabrication de produits finis. Les avancées technologiques, en termes de procédés et de matériaux, se multiplient, et créent de nouvelles opportunités en termes d’innovation et de compétitivité, ainsi que de nouvelles menaces, pour nos entreprises.
Retrouvez la vidéo de cette présentation lors de l'Ignite Dijon 5 le 11/12/2014 : http://youtu.be/hIZruCDg78I
1) The document outlines a systematic process for interpreting radiographic images, beginning with localizing and describing the abnormality. Key steps include assessing the periphery, shape, internal structure, and effects on surrounding tissues.
2) Important characteristics to note include well-defined versus ill-defined borders, size, location in the jaw, and whether the abnormality is single or multifocal.
3) The final step is to formulate an interpretation by determining if the structure is normal or abnormal, and if abnormal, categorizing it as developmental, acquired, cyst, benign tumor, etc. Further imaging or biopsy may be needed.
Radiographic techniques are used to inspect castings and welds for defects. Common casting defects appear on radiographs as gas porosity, sand inclusions, shrinkage cavities, core shifts, metallic inclusions, cracks, and cold shuts. Weld defects include lack of penetration, incomplete fusion, slag inclusions, porosity, and undercut. Proper film processing, viewing conditions, and knowledge of defect appearances are required to accurately interpret radiographs and evaluate component quality.
The document provides acceptance criteria for various types of defects found during radiographic testing of welds based on different codes and standards including API 1104, SP-1174, B31.3, and ASME Section IX. It lists the maximum allowable size, length, and aggregate length of defects such as cracks, incomplete penetration, incomplete fusion, burn through, slag inclusions, porosity, and undercutting.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise has also been shown to increase gray matter volume in the brain and reduce risks for conditions like Alzheimer's and dementia.
The document discusses the user story lifecycle including conducting an inception, identifying roles and personas, eliciting business processes, generating user stories, arranging stories into releases and iterations, and providing details for developers using techniques like happy path, sad path, being SMART, and Given, When, Then. It emphasizes that developers need details to implement stories effectively.
This document provides definitions for various defects that may appear on radiographic images of welds, including:
- Excessive root penetration appears as a light irregular band within the weld image.
- Root concavity appears as dark areas along the weld center varying in density by imperfection depth.
- Incomplete filled groove appears as a dark area at the weld center with diffuse edges.
- Cracks appear as dark, fine lines that are usually diffuse or discontinuous.
Keynote de Sogeti High Tech sur l’impression 3D ou fabrication additive dans le cadre du salon Smart Industries qui s’est tenu à Paris – Villepinte du 6 au 9 décembre 2016
Creatix3D est le spécialiste en conseil et intégration d'imprimantes 3D et de technologies de fabrication additive (logiciels, scanner 3D et matériaux) pour les professionnels.
Etude Apec - La fabrication additive - tendances métiers dans l'industrieApec
Le projet DEFI&Co (développer l’expertise future pour l’industrie et la construction), piloté par le CESI et soutenu par le Programme d’Investissements d’Avenir, vise à construire des contenus de formation adaptés aux transformations en cours dans l’industrie et la construction.
Dans le cadre de ce projet et sur une durée de cinq ans (2017-2021), l’Apec va réaliser chaque année une revue des tendances liées à l’usine du futur et au bâtiment du futur ayant un impact potentiel fort en matière d’évolution des compétences et des métiers pour les cadres.
Ce document consacré à la fabrication additive s’inscrit dans la revue des tendances 2017. D’autres documents sont disponibles sur les thèmes du BIM (building information modeling, maquette numérique dans la construction), de la performance énergétique des bâtiments, de l’Internet des objets (IoT), du big data dans l’industrie et du PLM (product lifecycle management, gestion du cycle de vie des produits). Un dernier document est consacré aux compétences transversales et de savoir-être (soft skills) nécessaires pour travailler avec ces nouvelles technologies.
This document provides information on cross-cut tester kits used for determining the adhesion of coating layers on substrates. It lists various kits available with different blade sizes and configurations according to ASTM and ISO standards. The kits include blades, a wrench, magnifier, brush and carrying case. Accessory blades and replacement parts are also listed.
[3DPrintShow Paris 2014] Business Models, intégration, externalisation : Quel...Thierry Rayna
Bien plus qu’une simple technologie de production, l’impression 3D permet de reconfigurer rapidement et radicalement la chaîne de valeur de l’entreprise et de la rendre ainsi agile, « lean », dynamique et efficiente.
Lors de cette présentation, nous examinerons tout d’abord l’impact des technologies d’impression 3D sur les « business models », et, en particulier, en quoi création de valeur, la distribution de valeur et la capture de valeur sont affectées par ces nouvelles technologies. Nous montrerons ensuite comment l’impression 3D rend possible l’adoption de « business models » innovants, dynamiques et reconfigurables. Bien plus encore, l’impression 3D permet d’appliquer le paradigme de « prototypage rapide » aux « business models » mêmes. Enfin, nous aborderons la question de l’intégration verticale. L’impression 3D entraine-t-elle une plus grande intégration ou, au contraire, une plus grande externalisation ? Dans quels cas vaut-il mieux intégrer les processus d’impression 3D ? Dans quels cas vaut-il mieux les externaliser ? Quels sont les facteurs à prendre en compte ? Quelles solutions existent ?
Comparison of a portal image with reference images (simulation films or digit...Danijela Scepanovic
1) The study evaluated setup errors in radiotherapy patients by comparing portal images to reference images (digitally reconstructed radiographs or simulation films).
2) Setup errors were analyzed in two orthogonal directions for anterior and lateral fields in 43 patients receiving pelvic, prostate, abdominal or thoracic radiotherapy.
3) Transfer errors between the planning and treatment positions ranged from 0.3-2.8mm depending on the reference image and treatment site. Using digitally reconstructed radiographs as references resulted in slightly smaller transfer errors compared to simulation films.
Nous proposons des services de Design, prototypage rapide et d'impression 3D aux PME et ETI qui souhaitent innover, se différencier et augmenter leur chiffre d'affaires.
This document provides a reference guide for radiographers to interpret welds. It contains descriptions and examples of various types of discontinuities that can be detected in radiographic images of welds, including mismatches, lack of penetration, inclusions, cracks, porosity, and other defects. The guide defines each discontinuity type and provides details on their visual appearance on radiographs to aid in identification.
This document provides standards for reference radiographs used to evaluate steel castings up to 2 inches thick. It includes:
1. An overview of the scope and purpose of the reference radiographs, which illustrate various types and severity levels of discontinuities commonly found in steel castings.
2. Descriptions of the categories and types of discontinuities represented, including gas porosity, inclusions, shrinkage, cracks, tears, and mottling. The discontinuities are graded on a scale of 1 to 5 based on their quantity, size, and distribution.
3. Procedures for how to use the reference radiographs to evaluate production radiographs and determine whether castings meet specified radi
The document provides descriptions of common welding defects along with their corresponding radiographic images. It describes 14 different types of defects including misalignments, lack of penetration, inclusions, cracks, and more. Each defect entry explains what it is, such as offset or mismatch being a misalignment of pieces to be welded, and describes its radiographic image appearance, such as an abrupt change in film density across the weld image width. In total, it covers 14 common welding defects and their radiographic signatures for non-destructive testing interpretation.
L’impression 3D va bien au-delà de l’image propagée par la majorité des médias français: la fabrication par une petite imprimante 3D d’objets-gadgets en plastique de piètre qualité. Elle est de plus en plus utilisée, non seulement pour le prototypage rapide, mais aussi pour l’outillage industriel et la fabrication de produits finis. Les avancées technologiques, en termes de procédés et de matériaux, se multiplient, et créent de nouvelles opportunités en termes d’innovation et de compétitivité, ainsi que de nouvelles menaces, pour nos entreprises.
Retrouvez la vidéo de cette présentation lors de l'Ignite Dijon 5 le 11/12/2014 : http://youtu.be/hIZruCDg78I
1) The document outlines a systematic process for interpreting radiographic images, beginning with localizing and describing the abnormality. Key steps include assessing the periphery, shape, internal structure, and effects on surrounding tissues.
2) Important characteristics to note include well-defined versus ill-defined borders, size, location in the jaw, and whether the abnormality is single or multifocal.
3) The final step is to formulate an interpretation by determining if the structure is normal or abnormal, and if abnormal, categorizing it as developmental, acquired, cyst, benign tumor, etc. Further imaging or biopsy may be needed.
Radiographic techniques are used to inspect castings and welds for defects. Common casting defects appear on radiographs as gas porosity, sand inclusions, shrinkage cavities, core shifts, metallic inclusions, cracks, and cold shuts. Weld defects include lack of penetration, incomplete fusion, slag inclusions, porosity, and undercut. Proper film processing, viewing conditions, and knowledge of defect appearances are required to accurately interpret radiographs and evaluate component quality.
The document provides acceptance criteria for various types of defects found during radiographic testing of welds based on different codes and standards including API 1104, SP-1174, B31.3, and ASME Section IX. It lists the maximum allowable size, length, and aggregate length of defects such as cracks, incomplete penetration, incomplete fusion, burn through, slag inclusions, porosity, and undercutting.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise has also been shown to increase gray matter volume in the brain and reduce risks for conditions like Alzheimer's and dementia.
The document discusses the user story lifecycle including conducting an inception, identifying roles and personas, eliciting business processes, generating user stories, arranging stories into releases and iterations, and providing details for developers using techniques like happy path, sad path, being SMART, and Given, When, Then. It emphasizes that developers need details to implement stories effectively.
This document provides definitions for various defects that may appear on radiographic images of welds, including:
- Excessive root penetration appears as a light irregular band within the weld image.
- Root concavity appears as dark areas along the weld center varying in density by imperfection depth.
- Incomplete filled groove appears as a dark area at the weld center with diffuse edges.
- Cracks appear as dark, fine lines that are usually diffuse or discontinuous.
1. The document compares acceptance criteria for radiographic testing of welds according to various industry codes and standards. It lists types of defects such as cracks, incomplete penetration, and burn through.
2. Defect sizes are evaluated based on factors like weld thickness, density compared to base metal, length, and distance between defects. Some defects are unacceptable when they exceed certain sizes.
3. Charts are provided to evaluate the acceptability of rounded indications based on weld thickness and isolation from other defects. Clustered defects have stricter criteria than random defects.
This document provides an overview of radiographic interpretation for periapical and panoramic dental x-rays. It defines dental radiography and describes the main intraoral and extraoral views. Periapical radiographs show the entire tooth and surrounding structures, and are useful for detecting dental issues like caries, periapical pathology, implants and more. Panoramic radiographs provide a wide view of the jaws and are used to assess issues like gross caries, fractures, cysts and tumors. The document outlines the normal radiographic anatomy seen in these views and provides guidance on interpreting radiographs through steps like localization, observation, interpretation and correlation to arrive at a diagnosis.
The document summarizes key aspects of radiographic film, including its composition, construction, types, handling, and the latent image formation process. Radiographic film consists of a base and emulsion layer containing light-sensitive silver halide crystals. X-rays interact with the crystals to form a latent image, which is developed into a visible image. Proper handling and storage of the film is required to avoid artifacts and ensure optimal image quality.
L’éco-conception peut être aujourd’hui un vrai projet collaboratif intégrant les acteurs de la Supply Chain.
Airbus Helicopter (ex-Eurocopter) en est un l’exemple : avec 80% des produits de l’hélicoptère achetés issus en grande partie de PME, Airbus Helicopter confirme qu’il est indispensable de travailler en collaboration avec toute la chaîne de fournisseurs sur l’impact environnemental des produits et procédés.
C’était l’objectif du projet de recherche européen CORINE, Conception Optimisée pour la Réduction de l’Impact des Nuisances Environnementales, qui vient de se clôturer fin septembre. Il a permis de rassembler plusieurs PME autour de leur donneur d'ordres pour avancer sur la thématique de l'éco-conception et développer une base de données et un outil dédiés.
Selon Claire COPEL, responsable du service Green Technologies au Laboratoire Matériaux et Procédés d’Airbus Helicopter, dans numéro 2377 d’Air&Cosmos « Cet outil va permettre d'ajouter l'enjeu environnemental aux différents critères pris en compte dans la recherche et la conception de nos appareils. […] Maintenant […] nous allons pouvoir déployer l’approche à plus grande échelle ».
C’est dans cette perspective que le pole ASTech Paris Region, en partenariat avec EcoMundo (partenaire du projet CORINE), vous propose un atelier gratuit consacré à l’éco-conception et à la découverte de l’outil logiciel CORINE développé dans le cadre du projet et utilisé par Eurocopter.
Workshop Certification animé par Mr Eric Winnepenninckx, Head of Department Standardization, Specifications and Quality of Products and Systems à la BBRI – CSTC
Pierre-Philippe Morin - Une nouvelle formule d’investissement
basée sur une approche personnalisée et …modélisée! Discussion par Pierre-Philippe Morin d'une approche indivuduelle d'investissements financiers mieux adaptée à la situation de chacun.
A little description of what the Cube can do for you:
20 colors and dual-color jetted mashables. Mix and match dual-color and dual-materials.
2X faster than other printers.
instant load cartridges
preloaded filament jets
auto-leveling print pad
Specs:
Print volume: 6 x 6 x 6“ / 152 x 152 x 152 mm
Material: PLA plastic and ABS plastic
Layer thickness: 70 microns, 200 microns in fast mode
The first 3D printer that prints a nylon-carbon fiber blend stronger-to-weight than aluminum 6061 and adopted by NASA! Only 5500 US$!
This specification sheet describes:
- Build size
- Technology
- Material
- Resolution
- Software compatibility
Applications and Technologies of Selective Laser Sintering. See what clearances, materials and other design or engineering considerations 3D Systems recommends. From baffles to tanks, know that you are not designing alone and we are here to help.
Strong, tough plastic that stands up to the rigors of long-term real world use replacing traditionally injection molded articles. Engineered for the ProX 500 SLS® 3D printer, with exceptional recyclability and unparalleled mechanical properties. Replace articles that are typically CNC machined or injection molded with this tough plastic.
An engineered composite with the durability of an
injection molded part and the appearance of cast
aluminum. Address broad applications requiring high stiffness and heat resistance. For aerodynamic wind-tunnel models, household appliances, consumer products, automotive manifolds, ducts, electrical clips, cases, etc.
DuraForm HST Composite - SLS Systems - Material properties (EN)Quoc Tuan Duong, ing.
DuraForm HST Composite is a stiff, durable, and heat-resistant material suitable for functional prototypes and end-use parts requiring those properties, such as UAV and housing components. It offers high specific stiffness, temperature resistance, and anisotropic mechanical properties similar to fiber-filled injection molded plastics. As a non-conductive and RF transparent material, it also provides an easy-to-finish surface and allows functional testing of prototypes in real-life environments.
DuraForm PA Plastic is a polyamide material suitable for selective laser sintering that offers good surface resolution and mechanical properties. It can be used to produce functional prototypes and end-use parts for applications in automotive, aerospace, consumer goods and more. The document provides technical data on the material's properties including tensile strength, hardness, heat resistance and electrical characteristics.
Glass filled polyamide (nylon) material for real-world physical testing and functional use. Excellent mechanical stiffness
and elevated temperature resistance. For Enclosures and housings that require more stiffness, sporting goods, aircraft and motorsports parts applications, etc.
DuraForm FR 100 Plastic - SLS Systems - Material properties (EN)Quoc Tuan Duong, ing.
In addition to meeting the flame retardancy necessary for many potential aerospace applications, DuraForm® FR100 has been formulated to reduce production of smoke and related toxic byproducts of combustion and achieve UL94 V-0 rating to meet the needs of today’s human environmental safety for many other consumer applications. For electrical appliances, aerospace and aircraft cabin, compartment & cargo applications, etc.
A durable, rubber-like material with good tear resistance and burst strength. Address broad applications requiring rubber-like flexibility and durability. For Gaskets, hoses and seals applications, etc.
Manufacture tough, impact-resistant plastic prototypes or
end-use parts requiring molded-part performance and
capable of withstanding harsh enviroments. Outstanding toughness and excellent impact resistance. For complex, thin-walled ductwork, consumer sporting goods, housings and enclosures applications, etc.
Directly produce complex investment casting patterns without tooling. Functions like foundry wax and is “foundry
friendly”. Create patterns directly rather than through
indirect methods
This document describes Accura Sapphire Plastic, a material for stereolithography 3D printing that is suitable for jewelry and other applications requiring high detail. It has an outstanding accuracy of 0.025mm layer thickness, reproduces fine features faithfully, and has a high contrast deep blue color that aids in visualization. As well, its low ash formulation means it can be burned out for direct casting applications. The document provides technical data on the material's properties like tensile strength, hardness, and glass transition temperature.
Get extreme performance and durability with Accura® Xtreme Plastic. Durability, impact resistance. For master patterns and CNC machining of polypropylene and ABS applications.
High stiffness, best in class moisture stability and elevated temperature resistance. For Test of water and fluid handling
components, wind tunnel models and master patterns applications.
Accura® e-Stone™ material is compatible with all intraoral and impression scanning systems that output an .stl file to produce accurate, durable models of individual teeth and arches with crisp resolution.
This document summarizes the properties and applications of Accura ClearVue material, a durable and transparent plastic used in stereolithography. It has the highest clarity and transparency available and is moisture stable, making it suitable for medical and visualization models. The material simulates the properties of polycarbonate and ABS plastics. It provides strength, durability, and clarity for applications requiring transparent prototypes and assemblies.
This document provides information on Accura CastPro Resin, a stereolithography material used to produce patterns for investment casting. It has low viscosity, is humidity and moisture stable, and has improved thermal expansion characteristics. The resin photospeeds quickly and is compatible with most metals. Patterns produced from the resin are dimensionally stable, have excellent drainage of thin walls, and result in higher casting yields. Technical data is provided on the resin's physical and mechanical properties both in liquid and post-cured state.