Scheduling
Routing
Prioritizing
Dispatching
What is Scheduling ?
Forward Scheduling
Backward Scheduling
Finite LOADING
infinite loading
Schedule Gantt Chart
Line balancing
GOAL AND OBJECTIVE
LINE BALANCING PROCEDURE
Strategies and Costs
as early as possible
as last as possible
SMED (Single-Minute Exchange of Dies) is a system for reducing equipment changeover time in manufacturing. The essence of the SMED system is to convert as many changeover steps as possible to “external” (performed while the equipment is running), and to simplify and streamline the remaining steps.
SMED – It is a method of reducing time in total equipment changeover.
SMED is the term used to represent the Single Minute Exchange of Die or setup time that can be counted in a single digit of minutes. Its goal is to reduce the setup time from hours down to less than 10 minutes
It provides a rapid and efficient way of converting a manufacturing process from running the current product to running the next product.
Scheduling
Routing
Prioritizing
Dispatching
What is Scheduling ?
Forward Scheduling
Backward Scheduling
Finite LOADING
infinite loading
Schedule Gantt Chart
Line balancing
GOAL AND OBJECTIVE
LINE BALANCING PROCEDURE
Strategies and Costs
as early as possible
as last as possible
SMED (Single-Minute Exchange of Dies) is a system for reducing equipment changeover time in manufacturing. The essence of the SMED system is to convert as many changeover steps as possible to “external” (performed while the equipment is running), and to simplify and streamline the remaining steps.
SMED – It is a method of reducing time in total equipment changeover.
SMED is the term used to represent the Single Minute Exchange of Die or setup time that can be counted in a single digit of minutes. Its goal is to reduce the setup time from hours down to less than 10 minutes
It provides a rapid and efficient way of converting a manufacturing process from running the current product to running the next product.
Value Stream Analysis: Beyond the Mechanics - Part 2 (Mapping Execution)TKMG, Inc.
Recorded webinar: http://slidesha.re/1d0SBna
Subscribe: http://ksmartin.com/subscribe
To purchase the book: http://bit.ly/VSMbk
To celebrate the launch of Karen Martin and Mike Osterling's new book, VALUE STREAM MAPPING, Karen delivered a series of webinars in early 2014 that addressed the specific elements that are often overlooked when companies conduct value stream analysis and improvement.
In this second webinar in the series, Karen addressed the key success factors in executing a value stream mapping activity.
You will learn:
• How to facilitate a two-stage mapping process.
• The importance of walking the value stream - even if you can't "see" the work.
• Facilitation tips for constructing the current state map and designing the future state map.
• Tips for successful briefings.
This is, I am sure, the best presentation about the SMED method. It supports our training course on SMED. For more information call us on: (+351)936.000.079
Best regards,
João Paulo Pinto.
www.cltservices.net
Value Stream Analysis: Beyond the Mechanics - Part 2 (Mapping Execution)TKMG, Inc.
Recorded webinar: http://slidesha.re/1d0SBna
Subscribe: http://ksmartin.com/subscribe
To purchase the book: http://bit.ly/VSMbk
To celebrate the launch of Karen Martin and Mike Osterling's new book, VALUE STREAM MAPPING, Karen delivered a series of webinars in early 2014 that addressed the specific elements that are often overlooked when companies conduct value stream analysis and improvement.
In this second webinar in the series, Karen addressed the key success factors in executing a value stream mapping activity.
You will learn:
• How to facilitate a two-stage mapping process.
• The importance of walking the value stream - even if you can't "see" the work.
• Facilitation tips for constructing the current state map and designing the future state map.
• Tips for successful briefings.
This is, I am sure, the best presentation about the SMED method. It supports our training course on SMED. For more information call us on: (+351)936.000.079
Best regards,
João Paulo Pinto.
www.cltservices.net
Research paper: Productivity Improvement in a Centralized WarehouseFaizan Ali
Case Study at Komal Foods Warehouse, Haldiram's International Limited
The effective utilization of resources is the primary objective for any manufacturing organization. Competitive market is forcing big industries to increase the utility of all resources, to optimize all the processes, and to look at the untapped potential of Work measurement. Time study and Method study are few of the most sophisticated techniques for measuring productivity, and have a vast scope for implementation.
The work carried out in this project deals with improvement of productivity in Warehousing sector of Haldiram’s foods International limited by using various techniques that are practiced in Industrial engineering.
The report explains various concepts such as central warehousing and its advantages in demand-supply relationships, the motion time study, method study, work sampling, material handling equipment, safety of warehouse and workers, customer service, etc. It summarizes the current working structure of Komal foods, its processes and planning, and then expresses the limitations in the system. The report also proposes certain techniques and tools/equipment to eliminate or nullify the effect of these limitations.
As companies build and deploy digital experiences on multiple engagement platforms, the challenge of managing all those touchpoints becomes more and more complex. And costly.
The solution? SaaS Digital Quality Management.
Danone-a practitioner approach to packaging line productivity by Mathieu Lora...Monique Watkins
Mat shares Unique Strategies for Improving Packaging Line Productivity. You don't want to miss this. Recorded webinar can be found at http://www.plantseminars.com
White paper: How to build a real-time vehicle route optimiserPhilip Welch
We describe the development of a commercial real-time logistics management system for on-demand services - last mile deliveries, taxis and mobile workforce scheduling. We highlight the research and technical challenges that arose during the development, so an interested reader can (a) avoid making costly errors if they chose to develop their own dynamic vehicle routing system and (b) weigh the pros and cons of developing an in-house system or sourcing an external one.
summary of 16 Lean Six Sigma improvement projects in manufacturing, bio-manufacturing, supply chain
including 2 machine safeguarding . Total savings over $8Mil
PROJECT STORYBOARD: Herding Cats Using Lean Six Sigma: How to Plan for and Ma...GoLeanSixSigma.com
Green Belt Project Storyboard: Herding Cats Using Lean Six Sigma: How to Plan for and Manage the Chaos of Parallel Processes
John Pettit's project is a great example of how effective Lean Six Sigma can be in helping all sizes and types of organizations. John volunteered his time and experience to help a local non-profit organization remove waste in their process thereby allowing them to increase the overall capacity of the services they provide which therefore yield additional revenues to help the people they serve. Congratulations to John in clearly demonstrating his knowledge of the Lean Six Sigma methodology and tools and using his expertise to help others.
https://goleansixsigma.com/herding-cats-using-lean-six-sigma-plan-manage-chaos-parallel-processes/
Similar to Project on Productivity Improvement. (20)
2. Revisiting Process & Productivity Benchmarks, plan to reduce Complexities.
Focus shifted from Average Productivity to Person wise Hourly Productivity
Tracking.
To eliminate Low Productivity Hours – Minimize Startup time & Lunch Break Time.
Identification of Grade wise Performers, Rewards for High Performer &
Counseling/ Training for Low/ Medium Performers. To be reviewed every fortnight.
Picking, Put away & Sorting on individual basis and Team wise tracking for Inward,
Outward & GPS.
Daily Display of High & Low Performers in their respective areas and briefing at the
start and end of the shift.
Project wise accountability assigned.
To ensure accurate inventory by putting enough control/ Checks and daily
reconcilliation.
Separate Team for Quality / Excellence and Exception Management.
Productivity Improvement
3. Inward Department:
Concern: Overall productivity getting affected due to:
Time Lag between Vehicle change over at the Docks.
Mixed vehicles taking longer time to unload.
Issues related to Import Container.
Delay in X- Doc allocation during Peak.
LC Stocks waiting time at Stage is more then a day.
Plan:
Productivity Tracking for GM & Apps separately .(Started from this week.)
To reduce time lag for vehicle changeover: (Started from this week)
o Additional vehicle placed at the Dock 15 mints before First vehicle Unload.
oSupervisor to print out QC Report and arrange for Pallets/ Stage before vehicle
unload starts.
oWith more staging area available now for Apps, Stage stocks to be moved to std
Area & X-Doc Area ( Now defined) for further Processing so that the Dock Stage area
is always available for vehicle Unload.
Concern and Plan
4. Inward:
With the start of NEP, the Mixed vehicle cases should reduce. Feed back to SCS is
being Provided for rest of the vehicles.
Define limit to PO/SKU/XD/STD/Format/Vendor mixing proportion to arrive at a
optimal unloading benchmark condition, and monitor the real unloading and Dock
TAT productivity. Will complete this activity in two weeks by 29th Feb.
For Import Containers : Advance allocation & Inbound release from SCS Team.
Need support from IT Team to ensure minimal delay in X- Dock allocation. Change in
Process for X-Doc to be initiated.
Balancing of X-Doc & Standard ASN, During peak maximum X-Doc on any given day
should not exceed 60%. Already discussed with Sankat & Team.
LC Stocks – Now the stocks are expected for BB & BF Only. Change in Process from
SO/ PO Process to intercompany PO ( ZTSP Document Type, already discussed with
Sankat & Team)
Concern and Plan
5. Put away Department:
Concern:
Insufficient HPTS at all the shelving Floors increases idle Time, as the Pallet
Movement from Unloading gate to aisle is also done by the Put away person.
in high depth bins transaction increases with no. of boxes, ( No of locations remains
less)
Time spent in resolving discrepancies.
Frequent Zone alignment , inter movement of Stocks.
Aisles getting choked in Racks with Picked up stocks.
Plan:
Dedicated resources for FRL & FLFL with complete accountability.
Additional HPT’S to be inducted in shelving's (Indent raised from our end)
Review time & motion for this activity and redefine benchmark which is currently 60
box per hour. To be completed by 20th Feb.
Discrepancy resolution to be routed through Inventory Audit Team separately.
Increase Putaway Audit to 30% once the New HHT Comes in.
Revisited Material Flow to ensure clutter Free Aisles. Focus to move the stocks
immediately to packing area & GPS.
Concern and Plan
6. Picking (Shelving): Champion - Iliyash & Kishore
Concern:
Insufficient crates for Batch Pick – With 1.5 times crate turns per shift Pick task gets
restricted to 6000 task only, for which picker either need to wait or work in extended
shifts.
Short tasks & Inventory inaccuracy.
Plan:
Increase the crate Turn Per shift to two Per shift.
o Load balancing across all the PTL Zones and PTL to run with all the six Zones.
o 2nd Shift for PTL during peak load to manage X-Doc & Batch Pick.
oBatch Pick to happen in only one shift.
o2000 New Crates to be inducted in system.
Short tasks to be minimized and inventory accuracy to be increased.
o Picking & Put away Audit % to be increased to min 30%.
oDaily short task analysis & Correction on the same day.
o Hourly monitoring & daily feedback.
Concern and Plan
7. Picking (Racks): Champion – Srinidhi
Concern:
Each/ IP Picking from Racks reduce Picking Speed.
Choked Aisles due to lag in material flow, Insufficient HPT’s & Choked GPS.
Left over of tail stocks increases no of Pick Location.
Short task/ Inventory accuracy.
Plan:
Orders are being taken for Old SKU lying in Racks (Tail Stocks) but picked in IP/EA for
clearance.
Space created for mapping SKU’S to shelving which are Picked in IP/ Each.
Material Flow maintained for Clutter free aisles.
Hourly/ daily monitoring & Feed back.
To minimize short task & Ensure 100% Inventory accuracy.
With installation of Sorting Racks for GM the productivity of X-Doc Break pack for
GM will Improve. Will start from 17th Feb.
Concern and Plan
8. PTL :
Concern:
Frequent change over of Zones due to shortage of HHT.
Imbalance Load across all the Zones, which leads to lower utilization.
Server capacity issue leads to data low error & Invalid Boxes.
Plan:
Picking/ Sorting & X-Doc all aligned for load balancing.
With Induction of new HHT’S will be able to run all the Six Zones simultaneously
without frequent changes.
Need IT support to overcome server capacity issues.
Concern and Plan
9. GPS :
Concern:
Staging area for keeping store sorted material was a major concern in GPS.
Data accuracy is a concern as this activity is not captured in system.
Time lag between cluster sorting and Store sorting due to PTL shifting.
Plan:
After PTL shifting & Outward from both the sides GPS has been Decongested.
More DSD Lanes has been allocated for keeping ready stocks.
With the induction of 3 BOPTS by 5th March, the time lag will be reduced to an
extent.
Monitor productivity separately manually both for cluster and store sorting in Apps
and non Apps.
Correct material flow will enhance productivity.
Concern and Plan
10. Outward :
Concern:
Issue in availability of packed boxes from GPS due to delay in sorting & tracing the
Boxes.
Cluster Vehicle loading takes longer time due to LR Sticker pasting in every Boxes.
Delay in getting SAP DC & Way bill generation.
Plan:
Two major clusters Kulana & Neelmangla shifted to the other side. 100% Sorting will
be ensured for these clusters.
With Decongested GPS & DSD lanes for packed stocks, the packed stocks can be
retrieved more efficiently.
Productivity for DSD & Cluster Vehicle will be measured separately.
Concern and Plan
11. Inward: Measuring real time current productivity for all types combination vehicles
separately and define slab for productivity benchmark.
Put away: Measuring real time current productivity for shelving put away .
Implementation of packing in packing area only and not in aisles.
Picking: Picker wise display of weekly productivity trend with highlighting low and
high performer. Addressing low performer on daily briefing. Identifying each pick sku
in rack and moving to Shelving.
PTL: Allocation of picker as per % allocation in Men’s/Ladies/Kid’s, so as to get
continuous flow in PTL for sorting.
GPS: Indentify stores that can be moved to cluster in consultation with SCS team, so
that all DSD stores can have lanes allocated.
Outward: Measuring real time current productivity for DSD and cluster vehicles
separately considering vehicle size.
Projects identified
12. • Started displaying
productivity trend for
previous week, and
addressing in daily briefing.
• Identification &
Counseling of low
performer and knowing
their constraints.
• High performer will be
appreciated and motivated
with small rewards like
chocolates for maintaining
consistency and further
improvement.
Productivity tracking