Product Concept Renders: Home Office "Do Not Disturb" Device, in Fusion 360 File + Product Renders

We're validating a new consumer hardware product idea and need polished, photorealistic concept renders to gauge interest before committing to full engineering. This should be a well-designed, realistic-looking concept grounded in real engineering feasibility. It will be used as a starting brief for mechanical/PCB engineering if the concept validates, so please design within the real constraints below in mind THE PRODUCT: A two-unit "Do Not Disturb" system for home offices: (see placeholder landing page here, where renders will go https://www.flowlightfocus.com/) 1. A desk-mounted button/timer unit — has a slide control (like a dimmer or fader) to set focus time length, a single physical button, and a small display window on its top surface, and a small LED 2. A small light unit / sconce that mounts outside a home office door and glows amber/red once the paired button is pressed, signaling to others that the person is busy AESTHETIC DIRECTION: Think premium home object that would be featured on a sleek, minimal desk next to a nice mechanical keyboard — see attached moodboard for direction. Matte finishes, neutral/muted color palette (sand, cream, stone grey, matte black). REAL COMPONENT CONSTRAINTS (please design around these actual dimensions, not invented ones): For the button unit: - Small OLED display window: approx. 50 x 12mm visible area - Slide control travel: approx. 50mm length, recessed channel/groove design (like a mixing console fader), not a knob sitting on top - Physical button: standard mechanical mx switch, button footprint approx. 50 x 10mm - USB-C port: needs edge access for charging - Small red/amber LED indicating when the light unit is on - The unit should sit mostly flat on the desk surface, with only a slight raise/wedge toward the back for the OLED screen (see attached rough sketch) - Battery powered/rechargeable, roughly pocket-sized to palm-sized — happy to discuss rough target dimensions on a call For the light unit: - Oval shape, clean and contemporary, minimal flourishes - Mounts on the wall above the door, glows amber/red once activated - Approx. 250mm wide - Must be rechargeable (no permanent outlet wiring) — needs an easy mount/dismount mechanism, e.g. a wall-affixed plate (same diameter as the back of the light) that the light body snaps on/off of for periodic charging (roughly biweekly) DELIVERABLES: 1. Fusion 360 file (native, editable, and parametric where practical) 2. Photorealistic product renders (KeyShot, Blender, or whichever is best), including: - Clean studio hero shots, both units, a few angles - A full 360° turntable rotation on a clean/gradient background (each unit) - A lifestyle/contextual shot: button unit on a desk, light unit mounted outside a door — with subtle camera movement/parallax (not full rotation) against a real or realistic background 3. A few color/material variant options if feasible (e.g., sand, stone grey, matte black) 4. A simplified alternate version of the button unit with just a physical button and a small status LED (no OLED screen, no slider) — we want to see how this pared-down version looks and feels as a comparison 5. OPTIONAL, if time allows: one render showing a snap-on accessory faceplate over the light unit with a bold, blocky "DND" or "BUSY" cutout that the amber glow shines through from behind (a possible future accessory add-on, sold separately). Not required for the core scope — a rough concept pass is enough. NOTE ON REALISM: We don't need manufacturing-level precision (wall thickness tolerances, assembly details, etc.) at this stage, but please keep proportions and features grounded in the real component dimensions above, not fantastical/impossible geometry, since this will inform real engineering later if the concept validates. BUDGET: $400-800 depending on scope/experience — open to discussing based on your proposal and portfolio. IDEAL CANDIDATE: - Strong portfolio in consumer product concept design/rendering, ideally small electronics or home goods. - Bonus for working knowledge and experience of real manufacturing methods. Opportunity to extend project if can help advise on 3D printing for prototypes, injection molding for production (draft angles, wall thickness, parting lines), and how a PCB/battery/components actually sit inside a small enclosure. At this stage though, not asking you to do manufacturing engineering just yet, but be cognizant of DFM In your proposal, please briefly note: have you designed physical products that were actually manufactured (injection molded or otherwise), or is your background primarily in rendering/visualization? Either background is fine, but we want to know which we're getting. Please share 2-3 portfolio examples closest to this style/scope, and your estimated timeline and cost.