Modular Fluid Management Enclosure Design

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€1,000 EUR

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160

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Industrial Design – Mobile, Modular Enclosure for Automated Metalworking Fluid System (Mixer Base + MWF Measuring Dock) - Better design as from our competitors Project Overview We are looking for an experienced industrial designer (freelancer or studio) to develop a mobile, modular enclosure design for an automated metalworking fluid (MWF) management system. The system combines two functional units into a premium, modern industrial product: Base Unit (always included): an electronic metalworking fluid mixing unit (IoT mixer) Dock Module (optional): an MWF measuring unit (metalworking fluid measurement device) The resulting product must be mobile on casters, plug-and-play, and manufacturing-ready, with a modern and appealing look while remaining simple and cost-effective. Background / Current Situation Both functional units currently exist as wall-mount devices. The goal is to transform them into a single mobile platform with a clear modular architecture: Base Unit (bottom, required) + Dock Module (top, optional, dockable/stackable). Goals Create a professional industrial device design that: Looks modern, premium, and clearly industrial Is simple and cost-effective to manufacture Is service-friendly and realistic for production Supports plug-and-play installation via industrial quick-connect interfaces Functional & Design Requirements 1) Modularity (Two-Part System) The Base Unit contains the electronic metalworking fluid mixing unit and must be fully functional on its own. The Dock Module contains the MWF measuring unit and can be added on top as an optional module. Docking must be technically plausible, e.g.: mechanical alignment (guides/pins) quick locking mechanism (latches / quarter-turn) sealing interface (gasket line) clean electrical connection concept (internal connector/backplane preferred) 2) Mobility & Ergonomics Mobile on industrial-grade casters (including brakes). Slim/tall silhouette for good ergonomics and a small footprint. Easy to move through industrial environments and position near machines. 3) Connections – Plug & Play (Fluid + Electrical) All fluid interfaces must use industrial-grade quick-connect fittings. The overall system must be plug-and-play, enabling fast installation, clean hose routing, and intuitive commissioning. Connections should be arranged in a protected connector bay (rear or side) with proper strain relief and clear labeling. 3.1 Fluid Connections – Mixer (Base Unit) The IoT mixer requires four (4) fluid connections: Fresh water IN Emulsion OUT Probing Port OUT Concentrate IN Returned MWF IN (recirculated metalworking fluid) When the measuring unit is installed (Dock Module): The mixer additionally needs a Fresh water OUT. Flow routing in this configuration: Emulsion OUT from the mixer must first go into the measuring unit, and only after that it is routed to the final emulsion outlet to the machines. 3.2 Electrical / Connectivity – Mixer (Base Unit) The IoT mixer must provide the following electrical and communication interfaces: 230 VAC, 300 W LAN (RJ45) WAN (RJ45) 2× Wi-Fi antenna connectors 2× cellular antenna connectors 3.3 Fluid Connections – Measuring Unit (Dock Module) The MWF measuring unit requires the following fluid lines: Fresh water IN (supplied from the mixer’s Fresh water OUT when docked) MWF IN (sample fluid inlet) Emulsion IN (coming from the mixer; emulsion must be routed through the measuring unit first when installed) 24VDC Power, Ethernet is connected to the Mixer 4) Manufacturing Feasibility (Cost-Conscious) Designs will be evaluated positively if they are simple, robust, and cost-effective. Preferred construction approaches: bent sheet metal (powder-coated steel) for the main enclosure optional hairline stainless steel feature panels/inlays where it adds value Avoid unrealistic shapes: focus on defined bends, crisp edges, clean seams, and service-friendly paneling. The design should reflect realistic industrial fabrication (laser-cut, bent, welded/bolted assemblies). 5) Tablet Instead of Built-in Display (Optional but Preferred) No fixed HMI screen built into the enclosure. Integrate a rugged Samsung tablet (e.g., Samsung Galaxy Tab Active3 (8")) using a professional cradle: removable tablet (for mobile use) charging in the cradle (pogo pins or protected connector) anti-theft concept (lock + Kensington/tether solution) 6) Service & Safety Clear access to service areas (maintenance without full disassembly). Clean internal routing and protected zones for electronics vs fluids. Splash/dust protection should be considered (target direction e.g., IP54 concept level). Deliverables (Required Output) Moodboard / design directions (2–3 variants) including material and color concept 3D concept renderings (at least 3 views) with realistic materials and lighting 2D orthographic views: front / side / rear / top with key dimensions Docking & tablet cradle detail concept (sketches + functional explanation) Short manufacturability notes (construction logic, materials, seams, access panels) Optional: STEP/IGES or simplified envelope CAD (if offered) Solid Works complete CAD Files Target Dimensions (Guideline Only) Base Unit: approx. 900–1000 mm height Dock Module: approx. 300–450 mm height Total: approx. 1200–1450 mm including tablet mount Footprint: approx. 500–650 mm width, 450–600 mm depth Evaluation Criteria We will prioritize: Proven experience in industrial product design (industrial equipment / enclosures) Strong understanding of manufacturing feasibility (sheet metal / stainless steel) Simple, cost-effective solutions with a modern, attractive look Quality of renderings (proportions, materials, detailing) Clear communication and ability to iterate quickly What to Include in Your Proposal Portfolio (industrial devices, sheet metal enclosures, mobile units, docking systems) Your suggested workflow and milestones Timeline and pricing (fixed price preferred) Tools you use (e.g., SolidWorks, Fusion, Rhino, Blender, KeyShot) Confidentiality NDA / confidentiality agreement required. Current enclosures attached

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3D Modelling

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Industrial Design

Manufacturing Engineering

Mechanical Design

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Sohail Z.

@SoniaZee

10 minutes ago

Shem O.

@Shemziller

3 hours ago

please check #171 exact dimensions as given Base Unit Height: 980 mm Width (front): 560 mm Depth: 480 mm

Shem O.

@Shemziller

5 hours ago

Rendering

Shem O.

@Shemziller

20 hours ago

Almost done don't award before time please building actual CAD

Goutam R.

@Goutam895

1 day ago

Dear Client, Thank you for the detailed brief. We have reviewed the full project scope, functional requirements, and your existing enclosure references carefully — this is exactly the kind of industrial design challenge our team is experienced in. We have delivered similar projects involving modular sheet metal enclosures, mobile industrial units, and plug-and-play docking systems — and we know how to make industrial equipment look premium without adding unnecessary cost. We will deliver moodboard variants, full 3D concept renderings, 2D orthographic drawings, docking and tablet cradle concepts, manufacturability notes, and final SolidWorks CAD files with optional STEP/IGES export. We are ready to work under NDA and happy to align on milestones and fixed-price structure. We would welcome a short call before submitting a formal quote.

Shem O.

@Shemziller

2 days ago

Still working

Mahmoud Hassan Saied M.

@mahmoudkaseemeg

3 days ago

Dear contest holder, After reviewing the details specially the last criteria I figured that you need a proposal and plan to work on it not just contest entry. I am glad to provide my industrial experience as I worked before on big project I designed and manufactured an automated system based on conveyor belt with robotic arms with budget $150K USD I’d like to cooperate with you on this interested project which needs a lot of details I can handle without overpricing or time stretching the time I’d like to share my links to you I’ll include all this in entry #126

Yoga M.

@rhyogart

5 days ago

It's a shame that this platform has been attacked by AI scammers and in the end this site will change its function... even though I really like the competition on this platform, before the bastards who use AI who claim to be creative

Ihza N.

@Xobahamut

5 days ago

You should be more careful with your entries, good presentation or render doesnt mean they has their 3d file, since you are working with AI generator workers now. especially with this designers @ZiaulHaqueke @mostafaharira Ask them for their 3d file first before you pick the winner, so both you or competence designer not gonna end up with disappoinment. there's 3 point that we expect, your objectivity with your project, interaction with you designers, and conducive and fair project to work.