Guide to Design for Manufacturing - Rutland Plastics

FOR DESIGN MANUFACTURING

BY RUTLAND PLASTICS

INTRODUCTION

Design

for Manufacturing

utilising the injection moulding technique necessitates a specific methodology with the goal of designing items that can be produced efficiently and affordably while consuming less money, raw materials, and energy. Working with Rutland Plastics leads in time and money savings as well as an appropriate plastic moulding and tool design right away. We collaborate with customers throughout the process to improve the choice of plastic material, physical shape, ease of production, cost, and performance. It is always best to design parts in their final state, that is, without the need for secondary procedures and with no material waste, in order to achieve the most economical and environmentally friendly production option. There are many design for manufacture considerations, and our website's knowledge bank has further information.

Design for manufacturing has a number of components that address the many phases of the design process. By removing complicated fixtures and equipment, design for simplicity of fabrication contributes to time and cost savings. By minimising non-value-adding human labour, design for simple part orientation and handling can speed up production and save costs. With fewer manufacturing steps and easier jointing, designing multifunctional and multiuse parts helps speed up production. Modular designs can also make assembly easier. Standard and off-the-shelf components can cut down on wait times and costs associated with purchase.

Always attempt to use as similar of materials as you can because doing so speeds up manufacturing processes, simplifies jointing, and increases recyclability. Utilize as many eco-friendly items as you can to lessen your impact on the environment. Reduce the use of fragile parts to save money because they fail less frequently and are easier to handle and assemble.