Web Summary
Q1: What are the company's address locations?
A1: The company has two addresses one in India located at 2C&4C, 2223, 2nd Street River View Residency Karapakkam, Chennai 600097, and another in the USA located at Srushty Global Inc, 3560 W. Camp Wisdom Road, Ste 200, Dallas, Texas 75237.
Q2: What products/services does the company offer?
A2: The company offers a range of products and services including Product Development, Engineering Services, IoT Software Development, Contract Manufacturing, 3D Modeling & Rendering, and Srushty Creations Engineered Home Service Verticals.
Q3: In which industry is the company operating?
A3: The company operates in the Technology and Engineering sector, specifically in areas such as Gear Engineering, IoT, and Product Development.
Q4: What is the contact information for the company's US office?
A4: The contact information for the US office is +1 408 757 0012 and [email address] (not provided).
Q5: How can one get in touch with Srushty Global Solutions Pvt Ltd?
A5: One can get in touch with Srushty Global Solutions Pvt Ltd through their phone number +91 89397 79233 or email address not provided.
Q6: What is the company's focus on ergonomics and product design?
A6: The company has a focus on ergonomics and product design, as evident from their blog post "Ergonomics on Trial: Frugal Prototyping to Understand Ergonomics", where they discuss how they solved a major ergonomic issue in a wearable product using simple prototyping methods.
Q7: What is the significance of gear engineering for agricultural vehicles?
A7: Gear engineering is significant for agricultural vehicles as it can improve accessibility, reduce costs, and enhance user experience. The company has successfully implemented gear engineering solutions to achieve these goals, as seen in their case study on optimizing gear engineering for agricultural vehicles.
Q8: What is the company's approach to product development and design?
A8: The company takes a meticulous approach to product development and design, involving detailed specifications, calculations, analysis, and prototyping to ensure optimal performance, ease of use, and costeffectiveness.