Blog: DIY 3D Printing Tablet Wall Mount Mount
(From Greatligh workshop rapid prototyping)
Introduction: Custom tablet storage using 3D printing
Tired of a messy desk or a clumsy tablet rack? DIY wall-mounted mount provides stylish, space-saving convenience. At the leader of Greatlight (industrial grade metal 3D printing and rapid prototyping), we have carefully designed countless functional designs. Today, we are sharing a step-by-step guide Customized 3D printed tablet computer wall-mounted mountcapitalize on accessibility of amateurs and professionals.
Why 3D Print Your Tablet PC Mount?
3D printing removes traditional manufacturing restrictions. This is why it is ideal:
- Super destined: Tailored size, angle and beauty for tablet models and room decoration.
- Cost-efficiency: Skip $40+ Retail Hill; the filament fee is about $0.50-$3.
- speed: Hours of design and installation.
- Ecological awareness: Minimize waste through additive manufacturing.
Industrial Insight: As a professional rapid prototyping manufacturer, we use quality SLM (Selective Laser Melting) Printer for aviation grade metal parts. For such projects, the consumer FDM/Resin printer comes with a large amount of luminescence from PLA, PETG or ABS.
Design points: Engineering function mounting base
Rugged tablet installation requires precision. Main things to note:
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Load distribution
- Calculate the weight of the tablet (e.g. iPad Air = ~460g). Ensure the wall anchor supports 3 times the load.
- For weight sheets (> 500G), use triangular braces or metal reinforcement slots.
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Ergonomics
- Ideal tilt: 15°–30° Comfortable to watch.
- Includes rechargeable cable routing grooves.
- Universal compatibility
- Design adjustable fixtures or brackets to fit the box and varying thicknesses (6-12mm).
Greglight Prototype Tips: Stress Test Prototype Finite element analysis (FEA) simulation– Our staple food during the development process – Identify weaknesses of pre-printing.
DIY Guide: From CAD to Wall
Step 1: Design
- Tools: Use Tinkercad (Beginners) or Fusion 360 (Advanced).
- Key Components:
- Back plate: Solid base with pre-drilled wall screws.
- cradle: U-shaped bracket with rubber grip (TPU printing) to prevent scratches.
- Lock arm: Place the latch for safe placement.
- [Include Sketch] The back panel slot should be aligned with the stud (e.g., 16" spacing in US houses).
Step 2: Material Selection
- PLA/ABS: Budget-friendly, lightweight.
- Petg: A sunny room that is impact-resistant and ultraviolet-stable.
- TPU: Flexible grip (filled 10-15%).
- Pro alternative: Greglight’s Metal 3D printing (Aluminum/Stainless Steel) for outdoor/public use.
Step 3: Print Settings
- Nozzle temperature: 200°C (PLA), 240°C (PETG)
- Layer height: 0.2mm details
- Fill: 20–30% (hexagon)
- Support: Enable drape > 45°
Step 4: Post-processing
- Sand joints (start 200 particle size → complete 1000 particle size).
- Chemically smoothed ABS of acetone vapor.
- Coat with epoxy for gloss/water resistance.
(Greglight provides industrial smoothing, anodized or nickel plates for metal parts)
Step 5: Install
- Scan the stud wall (using the stud finder).
- Drill holes; if there are no studs, insert drywall anchors.
- Secure with M4 screws. Test rocking tolerance.
Conclusion: Beyond the Blueprint
3D printed tablet installation embodies the democratization of innovation – the CNC store that once needed now has access to desktops. However, durability requires thoughtful engineering. Filament selection is important. Wall anchors are important. Fill mode is important. This is where professional prototype insight becomes crucial.
At Greatlight, we spent ten years perfecting precise science. From titanium medical implants to custom automotive tools, our SLM 3D printers with ±0.025 mm tolerances convert raw metal powder into end-use parts for global brands. Whether you are prototyping or critical flight machinery, At unrivaled speeds, take advantage of our one-stop service – design consultation, printing, post-processing, QC. Budget? Request a quote within 4 hours.
[CTA] Custom metal/plastic prototypes? Join great attractions today → your vision, perfect.
FAQ
Q1: Will PLA warp under the weight of the tablet over time?
A: PLA can crawl under continuous load. Use PETG (high quality tensile strength) or fill > 25%. For a permanent setup, consider Greatlight’s metal printing service (stainless steel option for competitive prices).
Q2: How thin will it be to support the arms without buttoning?
Answer: The minimum thickness of plastic is 5mm. Test printing at a speed of 5mm/7mm/10mm and gradually increase weight. For smaller profiles with strength, metal 3D printing allows support below 3mm.
Q3: Can you create mounts for curved walls?
Answer: Yes! Adjust your design with 3D scanning (photometry application) or customize with our engineering team. We prototype non-planar geometry every week.
Question 4: What post-processing increases weather resistance?
A: Used for plastics: transparent epoxy coating. For Metals: Anodized (aluminum) or passivated (stainless steel) – Fully available by Spevices Greglight.
Q5: Can Greatlight print the entire mount with metal?
Answer: Absolute. Our SLM printers handle complex geometric shapes. Typical delivery time: 2-5 days. Submit your .Step file for instant feasibility assessment.
Turn the concept into a perfect reality. #RethinkPrototyping has Greatlime. question? Our engineers are in standby mode → [Contact Link]
