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Mateus H.
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100 professional prompts ready to copy and paste into ChatGPT, Claude or Gemini.
This exclusive collection represents the gold standard for additive manufacturing and modern industrial design professionals. Meticulously designed, each section unlocks advanced AI capabilities to solve complex technical challenges, from nanometer calibration of hardware to topology optimization of high-demand aerospace parts. By integrating these prompts into their workflow, users will not only dramatically reduce iteration times, but will elevate the mechanical and aesthetic integrity of their creations. It is the ultimate tool for engineers and designers looking to transform abstract concepts into functional physical parts with guaranteed industrial precision.
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An instruction. The basis of every AI result.
Prompt
your instruction
AI
100 resources included
Acts as a Mechanical Engineer expert in structural dynamics and motion control systems specialized in additive manufacturing. Your objective is to design a comprehensive protocol for vibration mitigation and elimination of harmonic resonance in a 3D printer of type [Architecture Type: Cartesian/CoreXY/Delta], which presents critical problems of 'ghosting' and 'ringing' at printing speeds of [Target Printing Speed] mm/s. Analyze the structural integrity of the hardware first. Provides detailed guidance for inspecting and adjusting belt tension [Belt Brand/Model], checking the rigidity of frame joints, and aligning linear guides or rods. Explains how the mass of the print head [Estimated Head Mass] influences the inertia of the system and what mechanical measures, such as the use of NEMA dampers or decoupling bases [Base Type: Granite/Rubber/Foam], should be implemented to isolate the natural resonance frequency of the structure. Develop a step-by-step procedure for calibrating 'Input Shaping' or 'Resonance Compensation' using [Measurement Method: ADXL345 Accelerometer/Ringing Tower]. You must detail how to interpret the power spectral density (PSD) graphs to identify the resonance peaks in the Finally, it generates a recommended configuration table for the acceleration parameters, 'jerk' (or 'square corner velocity') and motor currents (Vref) for the motors [Stepper Motor Model]. Justifies how each adjustment contributes to a smoother movement transition and reduction of acoustic and mechanical noise, ensuring that the structure maintains its dimensional stability during high dynamic movements. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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Result
He acts as an engineer specialized in additive manufacturing and post-processing of thermoplastic materials. Your objective is to design a master protocol for manual sanding of a part printed in PLA (Polylactic Acid), optimizing the surface roughness (Ra) without compromising the structural integrity or dimensional tolerances of the model. Contextualize the process considering that PLA has a low glass transition temperature (approx. 60°C), which implies that the heat generated by friction can deform the piece. Define a progressive sanding strategy that begins by analyzing the [GROSOR_DE_PARED] and [PORCENTAJE_DE_RELLENO] to determine the maximum allowable pressure. Establishes a hierarchy of sanding grits, from aggressive roughing to remove [ALTURA_DE_CAPA_ORIGINAL] layer lines, to a mirror or paint-ready finish. Describes the wet sanding technique in detail, explaining why it is critical for this specific material. Includes instructions on how to identify the exact moment to change from a [GRANO_INICIAL] grit to an intermediate grit and finally to a fine polishing grit. Consider the geometry of the piece, differentiating the treatment for [TIPO_DE_SUPERFICIE_GEOMETRICA] (flat, curved, or intricately detailed) and suggesting the use of sanding blocks or improvised tools to maintain uniformity. Finally, it includes a section on preparation prior to the application of a [TIPO_DE_IMPRIMACION] or final coating. Explain how ultrasonic cleaning or the use of isopropyl alcohol influences subsequent adhesion. The result should be a high-fidelity technical guide that allows you to transform a part with a standard 'FDM' finish into an industrial-grade prototype with a surface texture that is imperceptible to the touch. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
Acts as an expert-level Additive Manufacturing Engineer, specialized in the mechanical integration of metallic components into polymeric structures. Your mission is to design an advanced technical protocol for the installation of metal inserts by heat in 3D printed parts, specifically for the project: [Project Name]. The primary objective is to ensure a structural joint that will withstand loads of [Estimated Load in Newtons] without compromising the aesthetic integrity of the exterior surface or the dimensional accuracy of the final assembly. Carefully analyze the properties of the selected material, [Part Material], considering its thermal deflection temperature (HDT) and its rheological behavior in the face of localized heat. You must determine the exact diameter of the pilot hole based on the insert having a metric of [Insert Metric] and a length of [Insert Length]. It is imperative that the design of the housing provides for an 'overflow well' for excess molten material, preventing it from contaminating the internal thread of the insert or disfiguring the upper face of the piece due to the displacement of polymeric mass. Provides a detailed table of process parameters including the recommended temperature for the insertion tip (ideally set to [Degrees above melting point] degrees above the melting point of the polymer), the estimated thermal contact time to avoid crystallization or chemical degradation, and the suggested axial pressure during the insertion phase. Explains how the orientation of the layers in the print (Z-height) directly affects the pull-out force and recommends a specific configuration of perimeters and infill density for the area surrounding the insert, seeking to maximize the mass density in a radius of [Reinforcement Radius] mm around the central axis. Finally, it describes a post-installation validation method to verify the perpendicularity of the insert with respect to the plane of the contact face and a suggested maximum torque testing protocol to prevent the insert from rotating within its housing (spin-out). Includes critical recommendations on the use of specific tools such as heat-set tips versus standard conical tips, justifying their impact on uniform thermal transfer and component longevity in [Conditions of Use: Humidity/Vibration/Heat] environments. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
Based on 10 reviews
Very good material. They adapt well with a few tweaks. I recommend it.
Best purchase I made this month. They work just as well in ChatGPT and Claude. Already recommended them to my team.
Best purchase I made this month. They saved me hours of work in the first week. Already recommended them to my team.
Happy with the purchase. The organization helps you get oriented fast. Good option.
Best purchase I made this month. The prompts are really well thought out and the effort shows. One hundred percent recommended.
I was impressed by the quality. They work just as well in ChatGPT and Claude. I'll buy again without hesitation.
Good value for money. The prompts are useful and practical. Came close to a five.
I didn't expect them to be this complete. The index is organized and I find what I need instantly. One hundred percent recommended.
It's fine, nothing more. They work as a starting point. Could be better but useful.
I didn't expect them to be this complete. They're easy to adapt to my case by just changing the fields. I'll buy again without hesitation.