Design a Steel Cradle

$750-1500 AUD

Closed

Posted 7 days ago

$750-1500 AUD

Paid on delivery

I'm seeking a skilled mechanical design engineer to create a steel cradle specifically for supporting heavy machinery. The cradle must be capable of supporting a specific weight of 50 kg in an environment of continuous vibration. Key Requirements: - Robust design to withstand continuous vibration - Ability to support a specified weight of 50 kg - Use of durable steel materials - Compliance with safety and industry standards To support a retrofit unit for heavy transport, mining and heavy industry applications. Will be similar to a jerry can holder but custom designed to suit our units (2) and water tanks of 20 and 40 litre capacity. The cradles will need to enable removal of the unit infrequently for servicing but the unit will be locked into the cradle during normal use. An enclosure is not suitable as visibility of led lights on the front panel and air circulation around the unit is required. Approximate unit dimensions: Vertical model 550h x 300w x 300d, Horizontal 520L x 320d x 230h Ideal Skills and Experience: - Expertise in mechanical design - Proficiency in CAD software - Experience with steel fabrication and load-bearing structures - Knowledge of safety regulations and standards in machinery support systems Please ensure your bids include relevant experience and a portfolio of similar projects. Looking forward to your proposals!

Project ID: 40484921

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26 freelancers are bidding on average $1,014 AUD for this job

@Specgi

Hello, I am interested in assisting with your Steel Cradle Design project. With experience in mechanical design, structural analysis, and CAD modeling, I can develop a robust and practical steel cradle solution tailored to your load requirements, operating conditions, and fabrication constraints. My focus is on creating a design that is safe, durable, cost-effective, and easy to manufacture. For this project, I will prepare detailed 3D models and engineering drawings while considering load distribution, lifting and transportation requirements, material selection, weld design, and structural integrity. I can also incorporate any specific dimensional constraints, mounting points, or industry standards required for your application. The final design will be optimized for both performance and fabrication efficiency, helping minimize production costs without compromising safety. I am committed to delivering accurate designs, clear documentation, and responsive communication throughout the project. My goal is to provide a steel cradle solution that meets your technical requirements and is ready for fabrication and implementation. I look forward to discussing the project details and developing a design that fully supports your needs. Thank you for your consideration.

$750 AUD in 7 days

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4.4

@Aaleen110

I understand you need a steel cradle designed to support heavy machinery, specifically for a retrofit unit in mining and heavy industry, capable of handling 50 kg under continuous vibration. I recently designed a custom mounting bracket for a sensitive sensor array that successfully mitigated vibration-induced noise, achieving a 98% reduction in transmitted shock. My approach will involve creating a 3D CAD model using SolidWorks, focusing on structural integrity and vibration dampening through FEA analysis. I will specify appropriate steel alloys (e.g., ASTM A36) and connection methods (e.g., welded joints with gussets) to ensure durability and compliance with industry standards for load-bearing structures. The final deliverable will be a complete set of manufacturing drawings and a 3D model. What is the maximum allowable deflection under the 50 kg load before structural compromise is a concern? Ready to start as soon as you confirm scope.

$1,312 AUD in 21 days