Created today
Description
A two-piece spring clamp designed to mount a mobile phone within the center of a standard ring light for filming. The base features a horizontal captive slot sized for a 1/4"-20 hex nut, allowing direct attachment to standard tripod and ring light threads. Jaw tension is provided by looping a standard rubber band over the outward-facing anchor pegs located on the exterior of both the fixed and sliding jaws.
Technical Specifications
Images
With a subtle backward tilt and a monolithic ribbed-industrial feel, this phone mount locks securely onto a 25mm treadmill rail while carrying a heavy-duty phone case. It boasts heavily chamfered outer edges—giving it a tactile, finished look—while retaining high side-walls and a formidable front guard lip. Key Dimensions Width: 72mm (with added side clearance) Depth: 24mm (plenty of room for thick cases/pop-sockets) Clamp: Sized for 25mm horizontal rails with flared, snap-fit lead lines Angle: Generous 17-degree back tilt for effortless mid-run swiping
A rigid phone stand angled at 65 degrees, proportioned to clear lower screen content while retaining devices in thick cases. Requisite bracing is extruded into a single dimension to maintain a flat footprint and minimize material usage. Features: 24mm deeper retaining ledge for armored or wallet cases. Reduced 9mm front lip height to prevent screen obstruction. 65-degree optimal viewing incline. Rigid 6mm profile. Overall capacity accommodates devices around 3 by 7 inches.
A rigid phone stand with a truncated back. The overhanging vertical rest has been clipped, terminating the structure at the brace point to form a closed, structural triangle that reduces overall height while maintaining a 65-degree device angle. Parameters and capacity: Backrest Height: 110mm apex. Viewing Angle: 65 degrees from vertical. Ledge Depth: 24mm for clearance of thick cases. Frame Structure: 6mm width, extruded to 76.2mm.

An adapter designed to convert a standard 1/4-20 tripod mounting screw to a larger 3/8-16 male thread. The outer diameter incorporates a textured knurled surface, allowing the component to be firmly finger-tightened or removed without the use of hand tools. Base interface: 1/4-20 female thread Top interface: 3/8-16 male thread Exterior: Knurled cylindrical grip for manual torque application Use case: Adapting standard photography tripods, light stands, or camera quick-release plates to accept heavier audio, lighting, and camera accessories

A tilted desktop stand designed to change the resting angle of a flat macro keypad. Pitching the keypad at an angle brings the keys into a direct sightline, reducing mis-hits and accidental presses during active use. The cradle wraps the base of the device to secure it, preventing the pad from creeping backward across the desk as pressure is applied to the keys. Key features and dimensions: Fits macro pads measuring up to 118x84mm (includes 1mm of functional clearance). Fixed 30-degree working angle. Rear 25mm cutout accommodates central cable routing. Hollowed wedge structure minimizes printing material while maintaining a stable support footprint.
This is a highly scalable, fully printable start kit for a 19-inch desktop server rack frame. The standard span required for a 19" rack is too large to print on a typical printer, so horizontal beams are constructed modularly using heavy-duty half-lap puzzle joints to ensure structural integrity across a 480mm width. Uprights are provided as modular "1U" blocks designed to perfectly stack, locking into horizontal base brackets. What it's for This framework creates an expandable desktop rack suited for network gear, homelab gear, and audio equipment. The modular upright blocks feature standard EIA-310 spacing and are formed with hollow cavities and 9.5mm square holes meant to natively seat standard M6 rack cage nuts. Dimensions Horizontal clearance: Maintains exact standard internal 19-inch spacing (483mm outer edge, 450.85mm internal opening). Vertical Height per Block: 44.45 mm (exact 1U metric). Longest individual part: At 190mm, the side crossbeams fit diagonally on almost every standard FDM printer, including smaller 180x180mm beds like the Prusa Mini. Required Hardware Because pure plastic structures under tension will deform when housing heavy loads, this design harnesses standard metal rods and bolting for the structural backbone: Upright Backbone: 2x standard 8mm (M8) threaded rods. Thread these down the large circular columns visible behind the rack uprights to clamp your modular 'X' U heights firmly to the base corners. Crossbeam Lap Joints: 4x M4 Bolts and nuts (or equivalent standard machine screws) to bolt down the interlaced crossbeams. Corner Anchors: 2x M4 bolts to lock the outer beams securely into the corner mortises.