lean manufacturing

array(3) {
  [0]=>
  object(WP_Term)#4360 (11) {
    ["term_id"]=>
    int(102)
    ["name"]=>
    string(8) "Features"
    ["slug"]=>
    string(8) "features"
    ["term_group"]=>
    int(0)
    ["term_taxonomy_id"]=>
    int(102)
    ["taxonomy"]=>
    string(8) "category"
    ["description"]=>
    string(0) ""
    ["parent"]=>
    int(0)
    ["count"]=>
    int(348)
    ["filter"]=>
    string(3) "raw"
    ["term_order"]=>
    string(1) "0"
  }
  [1]=>
  object(WP_Term)#4368 (11) {
    ["term_id"]=>
    int(2419)
    ["name"]=>
    string(18) "Lean Manufacturing"
    ["slug"]=>
    string(18) "lean-manufacturing"
    ["term_group"]=>
    int(0)
    ["term_taxonomy_id"]=>
    int(2419)
    ["taxonomy"]=>
    string(8) "category"
    ["description"]=>
    string(1594) "Manufacturing is where the lean movement originated from. For their MIT research in the late 1980s (which resulted in the 1990 seminal book The Machine the Changed the World), Jim Womack and Dan Jones identified a set of principles and techniques that made Japanese carmakers far more productive than their Western competitors.

The superiority of the Toyota Production System is now a recognized fact (Toyota has been profitable every year but one, for half a century), which means that today most manufacturing organizations around the world practice lean manufacturing thinking to some extent. The prevalence of this alternative way of thinking and managing in the manufacturing sector often generates confusion in other industries, in which people’s first reaction to improvement attempts is the now proverbial “We don’t make cars. Lean is a manufacturing thing.”

When applied to manufacturing, lean tools like heijunka, SMED or Kanban cards allow for the optimization of production processes and the systematic elimination of waste (in its three incarnations of muda, muri and mura – respectively, non-value-adding work, overburden and unevenness). These happen by implementing the fundamental lean principles of pull and flow. However, it has now been proved that the principles characterizing lean manufacturing are universally applicable. They work in any sector and they apply to any kind of work – even though at times they require some adjustment."
    ["parent"]=>
    int(2418)
    ["count"]=>
    int(38)
    ["filter"]=>
    string(3) "raw"
    ["term_order"]=>
    string(1) "0"
  }
  [2]=>
  object(WP_Term)#4679 (11) {
    ["term_id"]=>
    int(2427)
    ["name"]=>
    string(24) "Lean Product Development"
    ["slug"]=>
    string(24) "lean-product-development"
    ["term_group"]=>
    int(0)
    ["term_taxonomy_id"]=>
    int(2427)
    ["taxonomy"]=>
    string(8) "category"
    ["description"]=>
    string(1553) "This is another new frontier for lean thinking, not because lean efforts in engineering have only begun recently but because it wasn’t until the last few years that a systematic attempt to codify these techniques has been made. These techniques and ideas are loosely brought together under the concept of Lean Product and Process Development (LPPD).

At a time when innovation is the biggest factor behind the success or failure of an organization, finding ways to speed up the development of new products and to ensure these products correspond to actual customer needs is of the utmost importance.

At its core, Lean Product and Process Development aims to create the exact product that people want. And it is clear that developing better products reaching the market faster means profitability into the future. In general terms, lean product development achieves this by creating reusable knowledge that can be used in future iterations of a product and by deployment set-based concurrent engineering (which entails considering sets of designs at once to quickly eliminate inferior solutions, thus shortening development times). It is also useful to integrate the work of engineers with that of the manufacturing department, so that shop floor receives a well-researched, mistake-proof product that is ready for production without the need for extensive and expensive rework.

Interesting contamination exists here with improvement approaches like Lean Startup and Design for Manufacturing."
    ["parent"]=>
    int(2418)
    ["count"]=>
    int(18)
    ["filter"]=>
    string(3) "raw"
    ["term_order"]=>
    string(1) "0"
  }
}