Enhancement of Multipurpose Tool – Self-Adjustment Mechanism, Robston Tools Integration, and Redesigned Multitool Component

Optimize Self-Adjustment and Ratchet Mechanism Develop and refine the self-adjustment mechanism for improved user experience and functionality. Enhance the ratchet action for increased efficiency and ease of use. Conduct rigorous testing to ensure durability and smooth operation. Integrate Robston Tools Bits Incorporate Robston Tools bits to expand the tool's versatility across various applications. Ensure compatibility and secure fit with the multipurpose tool design. Evaluate user feedback to confirm enhanced usability and performance. Redesign Multitool Component Replace the existing knife and bottle opener with a newly designed multitool that integrates: A knife with enhanced safety and utility features. A bottle opener with an ergonomic design. A small-sized nut spanner for added functionality. Focus on compactness, ease of storage, and multi-functionality. Competitive Analysis and Market Expansion Conduct a competitive landscape analysis to understand market positioning and identify gaps. Develop a market expansion report to strategically position the enhanced multipurpose tool. User Testing and Feedback Analysis Conduct user testing sessions to evaluate the functionality and usability of the redesigned components. Collect and analyze user feedback to make data-driven improvements.

Ontario Product Launch Strategy for CPM Tools

This project aims to develop a strategic framework for the successful launch of CPM Tools Industries’ multipurpose tools in Ontario, Canada. The primary goal is to establish a strong market presence by identifying optimal geographic locations for the launch, analyzing the competitive landscape, and forming strategic operational partnerships. Students will conduct in-depth market research to assess the potential market size and identify key competitors. They will also evaluate potential partnerships for manufacturing, packaging, and distribution, providing a cost-benefit analysis. Additionally, the project involves designing a marketing and branding strategy to differentiate CPM Tools’ innovative products and exploring creative marketing tactics to build brand awareness and customer loyalty.

CPM Tools Product Enhancement & Manufacturing Optimization

The main objective is to enhance CPM Tools' product design and optimize manufacturing processes. Learners will analyze product performance, suggest design improvements, and develop efficient production workflows. Deliverables include design modifications, process optimization reports, and recommendations for cost-effective manufacturing enhancements

Multipurpose Hand tool With Self adjustment and Ratchet action mechanism

With reference to the current scenario of industries facing lots of problems of storage of tools, handling of tools, Industries are wasting lot of valuable time in searching the right tool to do the maintenance. A single unit of machine or assembly is having different types of bolts nuts and screws etc which need different type of tools for fixing and maintenance and assembly purpose. For fastening and loosening a hex head bolt, a bolt may be fastened and loosened by rotating the handle of the spanner in one direction. Thus, whenever rotated using said spanner, spanner has to be detached from the hexagon cavity of the bolt head combined with the hexagonal head thereof. Thereafter, the combining position is adjusted, and the work is repeated which fits and rotates the hex head bolt. As mentioned above, there are inconveniences in use. Since most sizes of the bolt insert grooves in the spanner heads are fixed according to the sizes of the hex head bolt, the spanner which corresponds to the size of the bolt head must be prepared so that the preparation or use of the spanner becomes inconvenient. Also, for the job maintenance at the height will be become more difficult when u have to carry lots of tools with weight, same way some time for the machinery erection and commissioning its very inconvenience where some odd size of bolts or nuts to be fix where shops are not closer to the industry. To operate unit, it requires lot of tooling to operator. There are no tools available which had all features which can operate bolts and nuts, screws, hexagon head bolts, wires and rods cutter, cutter, plier, etc . The development of self-adjustment and ratchet action tools aims to enhance efficiency, safety, and ease of use in various applications, particularly in mechanical, automotive, and construction industries. These tools are designed to automatically adjust to different sizes and shapes of fasteners while providing a ratcheting mechanism for continuous and precise tightening or loosening. The primary challenge lies in designing a self-adjusting mechanism that can reliably accommodate a wide range of fastener sizes and shapes without compromising performance or durability. This requires overcoming engineering hurdles related to material selection, mechanism design, and manufacturing processes. Adaptive Mechanism Design: Develop a mechanism that can automatically adjust to various fastener sizes and shapes, ensuring a secure grip without damaging the fastener or the tool itself. Ratcheting Action: Implement a smooth and reliable ratcheting mechanism that enables users to apply consistent torque in both tightening and loosening operations. Durability and Reliability: Ensure that the tool can withstand repeated use under demanding conditions without compromising performance or accuracy. Ergonomics and User-Friendliness: Design the tool with ergonomic features to minimize user fatigue and maximize comfort during prolonged use. Cost-Effectiveness: Balance the development costs with the need to produce the tool at a competitive price point without sacrificing quality or performance.