CAD modelling and 3D printing technologies are important tools in bringing ideas into the real world
Our preference is to 3D print using SLA technology as it is extremely accurate and suitable for complex design shapes and intricacies. Also, the material cost is comparably low.
SLA printing produces plastic parts with high resolution, fine details, and a smooth surface finish. This manufacturing process is popular amongst many industries.
Raw or generic SLA prints are normally an off-white colour. Colour availability is limited but the material is easily paintable, and parts can be translucent or transparent.
The ability to create fine details makes SLA suitable for prototyping applications. Ideal for industries such as architectural modelmaking, visual prototypes, objects, and art pieces.
The maximum printable part size is:- 2400mm x 800mm x 800mm
Wall thickness is the distance between one surface of a model to the opposing side. Any wall or feature must be a minimal thickness of 0.8mm.
Holes with a diameter less than 1.0mm in the X, Y, and Z axes may fill during printing.
Engraved details are recessed features on your model. Details recessed less than 0.4mm in thickness may not be pronounced in your print.
Embossed details are shallow raised features on your model. Details smaller than 1.0mm in thickness may not be pronounced In your print.
The recommended clearance for parts that are printed separately, and have to fit together is 0.2mm
There are 3 main types of CAD modelling – solid, wireframe, and and surface. Each type has its own advantages and disadvantages but are essential tools for digital manufacturing. The use of CAD tools brings ideas into the real world.
Solid modelling works with three-dimensional shapes. The shapes may vary but act together like building blocks. Some of these blocks add material while others subtract, depending on the design. Originally created for machinery and assembly but also applied to interior design, 3D printing, and media.
Wireframe modelling is used when the surface is complex and curved and provides finesse for complex forms. Modelling tools use triangles as their basic element, and the more triangles the higher the realism. Architects, artists, and designers use wireframe models developing a design, or manufacturing an object.
Surface modelling is the most advanced type of modelling and is complex creating a smooth surface and seamless integration of all elements. Its reliant on guidelines to define shapes and curves on a part. Surface modelling is ideal for modelling vehicles, buildings, furniture, and products.
Supporting Designers, Architects, and Creatives Generating High Quality CAD Modelling Optimised for Visualisation & 3D Printing
Designers can utilise their ideas through visualising concepts and turning ideas into reality. CAD models can be created from varying concept reference material including sketches, imagery, and 2D plans and elevations. CAD models can be created in high or low polygons for visualisations, manufacturing prototypes, physical objects, or models.
