The first 3D printer was released in by Chuck Hull of 3D Systems and it was using the "stereolithography" process. About 3D Platform Printers. Yet despite this, the process from design to end product follows a similar path. Manufacturing parts or models shouldn't be complicated.
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Build to Print Fabrication Vs. Design and Spec FabricationVIDEO ON THE TOPIC: 3D Printed Concrete Castle
CEAD is your partner for implementing 3D printing in your production process. We enter into long-term partnerships and help you by building a Business Case and assessing the technical feasibility.
Together with our customers, we investigate important aspects such as — your design, the required material needed for your application and the print strategy-. Tests and prints are included in such a Proof of Concept project. The appropriate hardware solution derived from the results of the project ensures to leverage the technology to its full potential.
The Proof of Concept typically consists of three phases deliberately in place to minimize the risk for both parties. Stand alone extruder systems, lightweight and ideal for mounting on existing systems such as robots and CNC equipment.
Used by integrators and clients for their specific applications. Versatile system, completely modular. Ideal for custom solutions to fit a specific application, for example the integration of production technologies into one process such as combining additive and subtractive manufacturing.
Solutions focused on printing speed and reliability. Ideal for efficient production of large parts or multiple parts in one production run. Complete turn key machines, ready to start printing your parts immediately.
CEAD supplies a total package when it comes to 3D printing solutions. We not only supply the technology and the machine, but also offer assistance with installation, offer assistance with product design, training, maintenance and support.
We will help you build your production process from start to finish. We start working together on the application and make a draft of the business case. Often the case needs further assessment, exactly this is done in the Proof of Concept where we focus on both the technical and commercial feasibility.
The Proof of Concept gives insights in technical feasibility and the business case. This has allowed us to gain insights in the exact needs, and with the broad range of machines as well as the possibility a for custom machine, the best solution is delivered. The hardware solution itself is half of the work, we are eager to help you with the complete implementation from operator training to the design guidelines for the technology and the integration with other existing hardware such as CNC milling equipment.
We can even supply operators to maintain up time or supply engineering support. We have an elaborate service and maintenance program with solutions to minimize the downtime of your equipment. Proof of Concepts. Composite bridges. Learn more. Air ducts. Let us convince you. Phase 1: Part selection, redesign and material selection. Phase 2: Printing design elements to verify redesign and materials. Phase 3: Printing of the part and use it! Contact us.
Discover our solutions. Technology components. Robot based systems. Dedicated production systems. Long term partnership. Proof of Concept. Hardware solution. Maintenance and service. Infrastructure and buildings. Discover cases.
With a new process comes new possibilities for parts, tooling, molds and prototypes. Choose Lincoln Electric Additive Solutions wire-based metal additive manufacturing for your large part application. We can provide your business with several advantages over traditional manufacturing processes. Address low alloy steels, stainless steel and nickel alloys while maintaining necessary material properties.
ExOne industrial 3D printers are designed to manage more complicated designs, develop complex parts and serve diverse applications. With the purchase of a sand or metal industrial 3D printer, our customers have the full partnership and support of our skilled technicians and consultants. Our largest and most advanced metal binder jetting system for sustainable, high-quality production. The latest innovation in metal 3D binder jet printing from ExOne. Increased build size and volumetric output are designed to match larger production scales with consistency. The S-Max Pro impresses with its speed, reliability and precision - whether in prototyping or in industrial series production. The S-Max Pro is the solution to the production of complex parts made of various casting materials for the 3D sand printing of the digital foundry of tomorrow.
Sika Leads the Way in 3D Concrete Printing
Robotic construction company Apis Cor has used its technology to build the world's largest 3D-printed building, a two-storey office in Dubai. Measuring 9. Apis Cor developed a gypsum-based material to run through the printer, which was sourced for a local producer. The printing took place out in the open, to prove that the technology could handle a harsh environment without humidity and temperature control.
For a product or application we are the one-stop-shop for the development of scalable printing processes. We cover the complete value chain ranging from ink development, surface modification, printing strategy, post processing, to characterisation. Our interdisciplinary team of highly skilled experts works to customer requirements often utilising a combination of different printing technologies. Printing is contactless and well suited for rapid prototyping. Small production runs are available as a service. Together with industrial partners we do research in nationally or internationally funded projects. For enabling the required functionality post processing of the printed patterns is required including thermal curing, Laser curing or UV curing. Inkjet Printing is a contactless and digital maskless industrial scalable printing technology. Thereby single droplets of low viscosity inks are ejected from nozzles located in the printing head.
What is Additive Manufacturing?
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Customer success stories
CEAD is your partner for implementing 3D printing in your production process. We enter into long-term partnerships and help you by building a Business Case and assessing the technical feasibility. Together with our customers, we investigate important aspects such as — your design, the required material needed for your application and the print strategy-. Tests and prints are included in such a Proof of Concept project. The appropriate hardware solution derived from the results of the project ensures to leverage the technology to its full potential.
Construction 3D printing
Beyond the allure of 3D printing, it also promised a new era in design and engineering for tooling and manufacturing, largely due to the ability of any small or large 3D printer to produce complex shapes and geometries based on digital designs. The Massivit has delivered this for us. In , serial innovator and entrepreneur, Gershon Miller, invented a new, game-changing technology based on his accumulated expertise in 3D printing and 2D wide-format digital printing that would pave the way to rapid, large 3D printing and serve multiple industries. This marked the birth of Massivit 3D printing solutions, and with it, an answer to existing limitations in speed and size which were hindering the evolution of 3D printing. Dimengel, a photopolymer acrylic gel, has several unique characteristics that enable rapid production of giant, hollow, durable models. The high viscosity of the printing material also allows for non-vertical parts to be produced without the need for support structures. These combined features ultimately result in drastically reduced production time, labor, and overall costs while providing complete geometry freedom. In addition, the technology enables the production of models and displays of any size without limits as large 3D printed parts can be easily bonded together.
A dditive M anufacturing AM is an appropriate name to describe the technologies that build 3D objects by adding layer-upon-layer of material, whether the material is plastic, metal, concrete or one day….. AM application is limitless. Early use of AM in the form of Rapid Prototyping focused on preproduction visualization models. While the adding of layer-upon-layer approach is simple, there are many applications of AM technology with degrees of sophistication to meet diverse needs including:.
This assures the customer of a tested and proven system. Modular robot construction printer BOD2 is developed to fit any project. Decide the size of BOD2 by its modules — add modules to fit the projects specifications. Gantry system The gantry system is optimal for in situ projects as well as fabrication of elements off site.
When a manufacturing client comes to a fabrication shop looking for equipment, generally speaking, they may or may not already have exact specifications for the item they need fabricated. Build-to-print is what we call the building of equipment, components, or other products to exact specifications provided by the client.
Construction 3D Printing c3Dp or 3D construction Printing 3DCP refers to various technologies that use 3D printing as a core method to fabricate buildings or construction components. A number of different approaches have been demonstrated to date which include on-site and off-site fabrication of buildings and construction components, using industrial robots , gantry systems and tethered autonomous vehicles. Demonstrations of construction 3D printing technologies to date have included fabrication of housing, construction components cladding and structural panels and columns , bridges and civil infrastructure,  artificial reefs, follies, and sculptures. The technology has seen a significant increase in popularity in recent years with many new companies, including some backed up by prominent names from the construction industry and academia.