Stereolithography
One of the original and most highly recognized 3D Printing processes SLA is a resin-based technology that uses an UV laser to build prototypes one layer at a time. Considered one of the most accurate of the additive technologies Stereolithography is suited for finely detailed parts as well as extraordinarily large components.
Stereolithography
Stereolithography rapid prototyping (SLA) is a process in which liquid resins are converted into 3D objects. This method is done layer by layer with the help of an ultraviolet laser, and the results are astonishingly accurate and detailed, making it great for small or extremely large components.
SLA is one of the most precise additive technologies on the market to date.
BUILDING HIGHLY ACCURATE 3D MODELS WITH STEREOLITHOGRAPHY RAPID PROTOTYPING IN ASIA (SLA).
This resin 3D printing process is associated with accuracy and preciseness. Therefore, companies looking for smooth surface finishes, sharp details, resistance, and a speedy and low-cost solution will choose this process over others. Stereolithography assembles models for sample parts, master patterns, or fit and function samples, to mention a few.
VERSATILITY
Materials can be hard or soft, heat resistant, and easy to paint and finish
ACCURACY
Flawlessly precise, accurate models printed continuously
Speed
Components can be printed and delivered within days
Rapid Prototyping Stereolithography
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MATERIALS
- ABS-like: Rigid and tough plastics for durability
- Flex: Adds flexibility to components
- Water Clear: Gives transparency to parts
FINISHING
- Components made with Stereolithography are ideal for detailed textures and hand-made finishes. During SLA post-processing, painting, assembly, and graphics options are available.
MAKE IT HAPPEN
- ARRK's SLA service is the accurate, versatile, cost-saving solution to get high-quality and detailed parts at a low cost and a rapid shipment.
EXPERIENCE
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Factories around the world
END TO END SERVICES
Concept Design
1st Step
Preliminary
Sketch
Establishing
Specifications
Selection of
Materials
Prototyping
2nd Step
3rd Step
4th Step
3D Design
Mock Up
Prototype
Pre / Mass Production
5th Step
DFM
Tooling
Production
END TO END SERVICES
Concept Design
1st Step
Rough
Sketch
Define
Specs
Material
Selection
Prototyping
2nd Step
3rd Step
3D Design
Mock Up
4th Step
Prototype
Pre/ Mass Production
5th Step
DFM
Tooling
Production
PRODUCT IMAGES BY INDUSTRY
- All
- Automotive
- Consumer products
- Defense
- Medical
- Robotics
TESTIMONIALS
ARRK is my go to prototyping supplier when I want a high quality prototype delivered on time. I know I will get a prototype that has the look of a release ready product and I will get it on the promised delivery date. I frequently get compliments on ARRK built parts for their fit and finish. The conversation typically starts with “Is this a prototype or actual part?” The conversation ends with “ Where did you get that done?” In fact, the parts are of such high quality that I have to frequently remind people that they are prototypes so be careful with them!
EngineerMedical Device Manufacturing Company 
In the nearly 30 years of developing products there is only one company we go to now to “partner” with on our product development; ARRK Product Development Group. We know we can count on their quality, experience, ability, skill and turnaround time which is essential to our success. ARRK is more of a partner in this process than a company that just delivers parts. They advise and consult with us as we go along the development process. We can count on them to deliver what they promise without any excuses. ARRK plays an instrumental part in our success.
Sr. Engineering ManagerDesign and Engineering Company
ARRK consistently meets constrained schedules to deliver top quality models each time. Their customer service is second to none in the passion and commitment to ensure the customer’s requirements are met. Their overall level of excellence remains the reason that they are our primary source for rapid prototyping.
EngineerElectronics Company
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INDUSTRIES
Precision manufacturing applications for every industry
Aerospace & Defense
Automotive
Consumer Products
Industrial
Medical Devices
Robotics
Transportation
