Cut Quantity Article For Free

Chip Thickness ratio is defined as the thickness of metal before cutting to the thickness of metal after cutting. Then, r= t1 / t2. Whenever there is a high cutting ratio, it means the cutting action is good.

Chip thickness ratio / Cutting ratio (r): It is the ratio of chip thickness before cut (t1) to the chip thickness after cut (t2). chip thickness after the cut (t2) is always greater than the chip thickness before the cut (t1), ? r is always < 1, i.e. the uncut chip thickness value is less than the chip thickness value.

Cutting quantity = order quantity (1 + extra cutting percentage) Ship quantity = actual pieces shipped to buyer. Cut to ship ratio = (Cutting quantity / Shipped quantity) Normally, factories those make export orders, cut extra garments than the actual order quantity.

The major activities and functions of the cutting department are explained in this post. Take fabric from the fabric store: ... Relaxation of fabrics: ... Cut order planning: ... Fabric Spreading/layering: ... Planning markers: ... Making markers: ... Cutting fabrics: ... Sorting, bundling and numbering of garment plies (parts):

A cut order plan is a logical division of an order quantity into lays (spread) of fabric such that desired number of garment pieces can be cut in the required size ratio. Cut order plan is made to minimize time and effort in cutting as well as to utilize fabric efficiently.

Cut order planning is the problem of planning the fabric cut for a set of apparel orders. A specified set of garments is ordered by the customer to be produced by a given date. Affiliated with this order is a set of garment sizes, and patterns for cutting each size.

A cut order plan is a logical division of an order quantity into lays (spread) of fabric such that desired number of garment pieces can be cut in the required size ratio. Cut order plan is made to minimize time and effort in cutting as well as to utilize fabric efficiently.

Cut to Ship Ratio: is the percentage of garments shipped out of total no of garments cut for the order. It is meant to show a bird's eye view of the entire system. A number close to 98% will be considered very good. This means only 2% of garments are rejected or lost in the system.

It is the ratio of chip thickness before cut (t1) to the chip thickness after cut (t2). chip thickness after the cut (t2) is always greater than the chip thickness before the cut (t1), ? r is always < 1, i.e. the uncut chip thickness value is less than the chip thickness value.

The chip thickness ratio or cutting ratio is defined as the ratio of chip thickness before cutting to the thickness after cutting. Chip thickness ratio depends on. Type of material to be worked. Geometry of cutting tool. Types of cutting fluid.