With kitting, the assembly stations are fed with kits, where each kit contains a selection of components for one assembly object. Considerable knowledge gaps exist concerning kit preparation, and this paper aims to determine if and how efficiency is affected by the use of batch preparation, compared to preparation of one kit at a time. The paper is based on two experiments, performed at a vehicle assembly plant. The results provide a strong indication of the advantages associated with batch preparation, in terms of man hour efficiency
Kitting and line stocking are two part feeding methods that are common in industry. Each system has ...
One of the key decisions for every assembly line is the decision about the materials feedingsystem w...
A growing number of product variants, which is reality for many assembling and manufacturing compan...
With kitting, the assembly stations are fed with kits, where each kit contains a selection of compon...
Purpose – The purpose of this paper is to determine whether man-hour efficiency of picking is affect...
Materials supply through kitting can enable space-efficient parts presentation that supports flexibi...
AbstractMaterials supply through kitting can enable space-efficient parts presentation that supports...
Kitting is an increasingly common materials supply principle in mixed-model assembly. Several types ...
Purpose – The purpose of this paper is to determine how kitting, compared to continuous supply, affe...
The present paper focuses on parts presentation in manual assembly. Its aim is to determine how kitt...
Kitting is a common approach of materials supply with mixed-model assembly, by which components are ...
Kitting is a common approach of materials supply with mixed-model assembly, by which components are ...
Kitting is a common approach of materials supply with mixed-model assembly, by which components are ...
Kitting – meaning to supply assembly with components in presorted kits – is widely seen as beneficia...
Kitting is a materials supply principle that plays a vital role for performance in mixed model assem...
Kitting and line stocking are two part feeding methods that are common in industry. Each system has ...
One of the key decisions for every assembly line is the decision about the materials feedingsystem w...
A growing number of product variants, which is reality for many assembling and manufacturing compan...
With kitting, the assembly stations are fed with kits, where each kit contains a selection of compon...
Purpose – The purpose of this paper is to determine whether man-hour efficiency of picking is affect...
Materials supply through kitting can enable space-efficient parts presentation that supports flexibi...
AbstractMaterials supply through kitting can enable space-efficient parts presentation that supports...
Kitting is an increasingly common materials supply principle in mixed-model assembly. Several types ...
Purpose – The purpose of this paper is to determine how kitting, compared to continuous supply, affe...
The present paper focuses on parts presentation in manual assembly. Its aim is to determine how kitt...
Kitting is a common approach of materials supply with mixed-model assembly, by which components are ...
Kitting is a common approach of materials supply with mixed-model assembly, by which components are ...
Kitting is a common approach of materials supply with mixed-model assembly, by which components are ...
Kitting – meaning to supply assembly with components in presorted kits – is widely seen as beneficia...
Kitting is a materials supply principle that plays a vital role for performance in mixed model assem...
Kitting and line stocking are two part feeding methods that are common in industry. Each system has ...
One of the key decisions for every assembly line is the decision about the materials feedingsystem w...
A growing number of product variants, which is reality for many assembling and manufacturing compan...