If you are in the early stages of product development, consider SLA as the most cost-effective testing method for complex geometries during early prototype development.
SLA printed parts produce higher resolution parts than any other process. Moreover, during the printing process, less force is applied to the model, ensuring that the surface finish is smooth. When intricacy and surface finish are imperative, SLA is the right process for your project.
• Smooth surface finish
• Reduced lead times
• High tolerances
• Low cost
• Wide variety of materials and post-processing options
The sky really is the limit for your SLA part. From the colour, texture or design effect, Ogle’s dedicated paint facility with a full-sized finished booth 6.25 x 3.9 x 2.5m and highly-skilled team create stunning and visually accurate models and prototypes.
In-house stereolithography machines at Ogle include: two NEO 800, iPro 8000 and two Vipers. The maximum build volume is 800 x 800 x 600mm.
Materials for SLA include, but are not limited to: EvoLVe 128, SLA ClearVue and Xtreme White
If your project requires a different material, just ask the team and they will quickly source alternatives.
SLA is predominantly used for designer appearance models, exhibition models, rapid prototyping of consumer goods, master patterns for vacuum casting, investment casting patterns, jigs and fixtures, as well as proof-of-concept prototypes.
This extremely versatile process delivers results required by most industries, including medical, aerospace, mechanical, automotive, architectural, marine and defence.
We’ll allow our client, who managed to exceed their crowdfunding total in one day after a successful testing period with a prototype we provided, give the answer:
“I have been working with Ogle for around five years. You can go to them with any challenge and they will work with you to find the best solution. They are my first port of call for any prototyping. There are no delays with them – if you have idea or you want to submit a project to them, they can turn it around quickly.”
– Richard Jolley, Co-Founder of Nu Bear Design
The 3D printing SLA process builds parts layer by layer to form a complete 3D object direct from 3D CAD data via an .STL file. The process employs a solid-state laser, which traces the required shape across the surface of a vat containing photopolymer – solidifying the layer of material it contacts.