Precision Rapid Prototyping SLA SLS 3D Printing Parts Micro Machining

Product Specification

Precision Rapid Prototyping SLA SLS Plastic 3D Printing Services

Product Description

Crida’s SLA & SLS 3D Printing Service pairs cutting-edge technology with dedicated customer support to transform your vision into a precision-crafted reality. From rapid prototypes to end-use production parts, our team guides you at every step—offering expert advice on design optimization, material selection (engineering resins to nylon powders), and post-processing finishes. We prioritize your timeline with fast turnarounds and transparent communication, ensuring projects meet stringent quality standards for industries like medical, aerospace, and automotive. Whether you’re troubleshooting a complex geometry or scaling for low-volume manufacturing, our responsive support specialists provide solutions tailored to your technical and budgetary needs. Experience seamless collaboration, proactive problem-solving, and reliable results—all designed to maximize your project’s success. Trust Crida for design-to-delivery peace of mind.

Advantages of Our SLA SLS 3D Printing Services

1. Precision & Quality: Tight tolerances (±0.1mm), smooth finishes, isotropic SLS parts.

2. Material Versatility: 100+ options for strength, flexibility, biocompatibility, or heat resistance.

3. Speed-to-Market: Express prototyping + scalable production.

4. Cost Efficiency: No tooling fees + batch optimization.

5. Expert Guidance: DFM, troubleshooting, and finish customization (sanding, dyeing, sealing).

6. Security & Compliance: Full IP protection (NDAs), industry-certified workflows.

Technical Parameters

Technical Support & Services

Crida’s SLA/SLS 3D printing services support delivers end-to-end expertise to ensure precision, reliability, and optimal performance. Our engineers guide you through design optimization—refining wall thickness, support structures, and tolerances (±0.1–0.15mm) to avoid warping or failures. We provide material science guidance, selecting specialized resins (tough, flexible, biocompatible) for SLA or nylon powders (PA12, PA11-GF) for SLS based on functional needs like heat/chemical resistance. For process troubleshooting, we resolve challenges like incomplete sintering, thermal stress, or surface inconsistencies through calibrated laser parameters, controlled environments, and post-processing (UV curing, bead blasting). Rigorous quality validation includes dimensional accuracy checks, stress testing, and industry-specific certifications. Whether scaling prototypes to production or overcoming complex geometries, Crida’s proactive support minimizes risks and maximizes part integrity—transforming technical hurdles into seamless results.

Key Technical Services:
Pre-Print:
– Design for Manufacturability (DFM) analysis
– File repair & topology optimization

Material & Process:
– Resin/powder selection (100+ options)
– Parameter fine-tuning (layer thickness, laser power)

Post-Processing:
– Support removal, annealing, dyeing, and sealing

Quality Assurance:
– CT scanning (upon request), tensile testing, ISO-compliant reporting

Partner with Crida for SLA/SLS expertise that ensures first-time success.

FAQ

• Q: What’s the difference between SLA and SLS?
• A: SLA uses UV lasers to cure liquid resins—ideal for high-detail prototypes, molds, and smooth finishes (±0.1mm accuracy). SLS sinters nylon powders with lasers—perfect for complex, functional parts with high strength and no supports needed.

• Q: What materials do you offer?
• A: SLA: Engineering resins (tough, flexible, heat-resistant, biocompatible).

SLS: PA12, PA11-GF, TPU, and composites.

• Q: Can you handle large/complex geometries?
• A: Yes! SLS excels at nesting intricate parts; SLA captures fine details (e.g., microfluidic channels).

• Q: What about surface finish and durability?
• A: SLA: Glass-like surfaces; SLS: Slightly grainy but superior mechanical performance. Post-processing (sanding, dyeing, sealing) enhances both.

• Q: Lead times?
• A: Prototypes: 24–72 hours; Production batches: 3–7 days.

• Q: Design guidelines?
• A: We provide free DFM analysis—optimizing wall thickness, supports (SLA), and escape holes (SLS).

• Q: Quality assurance?
• A: Dimensional checks, material certifications, and stress testing (ISO-guided).