Created today
Description
A streamlined, form-fitting protective case for the Nokia 225 4G (2024).
Built to exact dimensions for a secure snap-fit that leaves the device accessible but well-protected.
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A custom-fit TPU or rigid shell for the iPhone 13. This model secures the device by preserving the upper retaining lip around the entire perimeter. The button zones have been converted from open edges into generous side windows—exposing the hardware for clean, tactile presses while maintaining the structural rigidity required for a snap-on fit. Features Retained Lip: The front edge wraps uninterrupted around the face of the phone to keep it locked in. Button Windows: Wide, centered side cutouts give your thumbs unobstructed access to the volume, mute, and power hardware. Camera & Port Clearance: Precise cutouts for the rear camera bump and the bottom lightning/speaker array. Print notes If printing in rigid filament (PLA/PETG), ensure your printer is well-calibrated; a slightly tighter tolerance may snap. TPU is recommended for the best balance of flex and grip.
一个为带有双40mm散热风扇和WT32-ETH01模块设计的设备底盒与盖板套装。 尺寸空间:内部预留 10.5 × 6.5 cm 的主板空间。 散热结构:左右两侧外扩式双风扇舱,支持 40×40×10mm 风扇像抽屉一样从下方滑入,外侧配有防触碰百叶栅格。 固定方式:底盒内集成 4 个盲孔定位柱用于垫高和安放主板,网口处设有 U 型支撑座。 免螺丝锁紧:分体式顶盖自带卡扣,盖合时顶盖内侧的下压柱会直接抵住网口金属壳,实现内部模块的免螺丝固定。

A protective hard case built specifically for the AirPods Pro (Generation 1 and 2). Apple doesn't make an "AirPods Pro 3", so this is dimensioned for the Pro standard: roughly 60.6mm wide by 45.2mm high. If you actually have the standard AirPods Gen 3 (the taller, narrower ones), they will not seat in this pocket. Assembly & Fitment Hinge: Uses a bulletproof filament hinge. Run a 40mm length of standard 1.75mm PLA/PETG filament through the knuckles and snip the ends flush. Orientation: Both halves are laid out with the hollow opening facing UP. You will need standard bed supports for the rounded outer bottoms and the external keychain boss. Clearance: Includes a 0.4mm tolerance gap to ensure the Apple case slides in without fusing. Features a bottom cutout for the Lightning/USB-C charging cable.
Every time you try to prop a phone up against a coffee mug or a stack of coasters, it inevitably slides flat exactly when you look away. This ends that. Three solid, intersecting slabs that hold your phone at an unyielding 65-degree viewing angle. No hinges to wear out, no tipping backwards when you tap the top of the screen. The Fit: A 14.5mm perpendicular gap comfortably swallows thick, rugged phone cases. The Footprint: The 95mm base plate throws the center of gravity far enough back to prevent tipping even with a heavy device. The Print: Lays flat on its side on the build plate. Requires exactly zero support material.
A minimalist A-frame phone stand that replaces flat surfaces with a continuous, 3D corrugated ripple. The entire structural ribbon pulses slightly in thickness across its width, giving it a tactile, architectural presence without adding complexity or relying on extra parts. Remix Hooks Amplitude & Frequency: The sin(i25)1.2 math driving the ripple is begging to be played with — dial up the 1.2 for deep fins, or tighten the 25 for a finer corduroy texture. Tilt & Gap: Out of the box, it leans at a tilt of 25 degrees with a generous 14.5mm slot (gap) to clear heavy-duty cases, but those variables are cleanly exposed for quick tweaking. Material pairings: The corrugated face catches highlights nicely, making it a great candidate for silk PLAs or highly reflective metallic filaments.
A rugged, 3D-printable AirPods Pro 2 case with custom "PIZZARAMA" lettering styled to look like melted cheese. This two-part shell features a print-in-place hinged back, embedded magnet snaps for a solid closure, and tailored cutouts for the charging port. Remix Hooks Typography: Currently using Rammetto One at 4.5mm size for maximum chunkiness — swap it for something sharp and industrial if you want a different vibe. Magnets: Uses 3mm round magnets in a compact front lip. The housing walls are balanced at ~0.9mm, which is safe for FDM printing. Hinge: Uses a 3mm printable pin. You can scale the knuckle tolerances or sub in a piece of raw 1.75mm filament as the pin if you'd prefer an ultra-low profile hinge.