3D Printing Services: Precision, Speed, and Versatility.
SLA 3D Printing
High-precision resin parts (±0.1mm tolerance) for detailed prototypes—ideal for medical devices, jewelry molds, and transparent components.
SLS 3D Printing
Durable nylon parts with complex internal structures (lattices, honeycombs)—suited for automotive brackets, functional gears, and lightweight assemblies.
FDM 3D Printing
Cost-effective thermoplastic parts (ABS, PLA, TPU) for quick prototyping, low-volume enclosures, and concept models.
Metal 3D Printing
Strong metal components (stainless steel, titanium) with CNC-matching mechanical properties—used for aerospace fixtures, industrial tools, and custom hardware.
Industry-Specialized Teams, Precision Solutions for Your Sector
Dakings’ industry-focused teams combine specialized machining expertise, advanced equipment, and proven processes to solve your sector’s unique manufacturing challenges.
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Our Team
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Robotics
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Automotive
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Medical
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Automation
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Optical Communications
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Semiconductor
Our Workflow
A 6-step process ensures precision, efficiency, and consistency—from design to delivery.
Design & DFM Analysis
Engineers review CAD files to optimize for 3D printing—reducing supports, minimizing warpage, and enhancing cost-efficiency.
Material & Parameter Tuning
Select certified materials (resin, nylon, metal) and fine-tune print parameters (layer height, infill density) for your part’s needs.
Print Preparation (Slicing)
Advanced slicing software generates support structures and toolpaths, ensuring accurate layer-by-layer fabrication.
Automated 3D Printing
Industrial-grade printers (SLA/SLS/FDM/Metal) build parts with tight tolerances, running 24/7 for fast turnaround.
Post-Processing (Support Removal)
Supports are removed via chemical baths (resin) or manual methods; parts are sanded or cured for smoothness.
Finishing & Delivery
Custom surface treatments (vapor smoothing, polishing) are applied. Final QC checks ensure specs are met, with anti-static packaging and 48-hour delivery.
Quality Control Process
Our 4-stage quality control ensures every 3D-printed part meets exacting standards—from dimensions to durability.
Dimensional Precision
Mitutoyo CMM verifies critical dimensions (±0.1mm tolerance). Artec Eva optical scanning checks surface finish and geometric accuracy.
Thermal cycling tests high-temp materials (e.g., PEEK) for stability. Leak testing ensures fluidic components (e.g., medical manifolds) are sealed.
Quality Assurance
Full QC reports include dimensional data, material certs, and test results. Batch-specific logs and first-article inspections are stored for 10+ years.
Materials for 3D Printing
We support a wide range of materials to meet mechanical, thermal, and aesthetic requirements.
Materials We Work With
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Polymers
Resin (Standard, High-Temp, Clear) – ideal for medical devices and consumer goods.Nylon (PA12, PA11) – durable for functional parts like gears and brackets.TPU – flexible for seals and soft-touch components.
Metals
Stainless Steel 316L – corrosion-resistant for marine and medical applications.Titanium Grade 5 – high-strength/low-weight for aerospace and robotics.Aluminum 6061 – lightweight for automotive prototypes.
Specialty Materials
Ceramic-filled Resin – heat-resistant for industrial tooling. Carbon Fiber-Reinforced Nylon – stiff, low-warpage for structural parts.