1. Welcome to Matrix Controls and MKMS Matrix Knit Monitoring System

2. Matrix Controls   Total Knit Control MKMS Management Software
F-1000 Monitor
Fabric Scan
Infrared, High Resolution, Threshold Adjustable, Self Cleaning, Defect Scanning

3. MKMS allows your company and workers to enjoy:
► A more peaceful and produc- tive knitting mill floor ☼
► Defect detection
▪ Reduced Waste
▪ Increased Quality
▪ More Satisfied Customers
► Reduced downtime, ↑ Efficiency
► Machine speed increases, and
more production
► Yarn rate monitoring, prevent-
ing machine overfeeds
► Determining the quality of yarn
from your suppliers
► Happier workers, less turnover

4. www.matrixcontrols.net Take another look: Lower cost
Cost per lb.
Increase productivity through enhanced scanning, monitoring and control with:
Lower cost
Reduce Capital Expenditures
Faster and more timely production
More accurate results
Margin
Overhead
& Cost of Capital
Conv. Costs
Materials
Knitting Value Chain

5. www.matrixcontrols.net Train, Learn and Enjoy: ▪ Change: ▪ 50 Years:
▪ Like any tool, in order to maximize production and efficiency,
the Matrix Knit Monitoring System requires proper operation. It’s
not hard, but Matrix understands that we all are reluctant to
change. But that’s okay, because Matrix also knows that once
your company and employees realize their work efforts will be
easier, more productive, and more profitable, change will be
welcomed and come fast.
▪ 50 Years:
▪ Fifty years of Circular Knit Control has given Matrix the tools to teach, train and
successfully implement your MKMS system. Our Project Managers, Engineers
and staff, will guide your personnel towards profits many companies before
have enjoyed.
▪ Possible Results:
▪ Reduction of total defects by 30%, and reduction of inspections from 35% to
5%, along with improved production scheduling of fabric rolls, as the mill
converts to ‘knit-to-order’. And more…
Greige knit yield or working loss – fabric out of spec

6. Train, Learn and Enjoy…and Save Time, Money and Reduce Stress
▪ Even better:
Matrix has gone one step further in making your life easier, and now offers the Auto-
mated Scheduling and Business Intelligence modules, as additions to our MKMS
package. Auto re-route, and the Matrix Dashboard’s immediate data availability and
alerts, take manufacturing efficiencies to a new level. Let’s see how MKMS works 
Lean Manufacturing
▪ Even better:
Matrix has gone one step further in making your life easier, and now offers the Auto-
mated Scheduling and Business Intelligence modules, as additions to our MKMS
package. Auto re-route, and the Matrix Dashboard’s immediate data availability and
alerts take manufacturing efficiencies to a new level. Let’s see how MKMS works 

7. www.matrixcontrols.net How MKMS Works: Fabric Defect Detection:
► Defect mapping capabilities
▪ Production stops after programmable number of
defects are exceeded in roll
▪ Scanners are threshold adjustable--you decide
what defects are tolerable
► Defect location assignment by revolution count
► Operator periodic alerts to visually inspect
► Running defect reduction to less than 12 inches
► Reduces labor-intensive processes in defect and
greige inspection
► DOGS or Dirt, Oil and Grease scans recorded
and reported to maintenance
► Self-cleaning scanner heads, and immediate
machine shut down, if fabric pulls off scanner
Detection On:
• Jersey • Rib
• Rashel • Mesh
• Fleece • Terry
• Interlock
• Spandex
• Thermal
Installed On:
• Vanguard
• Fukuhara
• Keum Yong
• Mayer
• Monarch
• Nova
• Pai Lung
• Ssang
Yung
• Terrot

8. MKMS’ Yarn Rate Monitoring:
Continuous Yarn Rate Monitoring:
► Prevents Overfeeding and Underfeeding—both
lead to poor quality fabric
▪ Overfeeding causes a porous fabric that has
loops, which will shrink and use excess yarn
▪ Underfeeding produces a heavy, dense and
narrow fabric, and also wastes yarn
► Allows strict tolerances to be maintained
► Time spent on periodic audits can be eliminated
► Reduction of unnecessary dying and finishing of
off quality fabric
► Allows you to detect off quality yarn leading to
requests from vendors for higher quality yarn
► Reduces time lost (extra labor and downtime)
dealing with poor quality fabric
► Your customers will enjoy great fabric quality, and
you will enjoy new orders, and new customers !
“We were amazed at how many machines were out of tolerance when the MKMS was initially turned on”
Knitting Technical
Service Manager
Case study: One 300 machine installation found 60% out of tolerance, and showed a $600,000 overall cost savings.

9. Scanning, Yarn Rate Monitoring and the F-1000 Monitor Controller
Introducing the MKMS’ Human-Machine Interface
Scanners
F-1000 Monitor/F-1000
Yarn Rate Transducers

10. www.matrixcontrols.net MKMS Improves Productivity and Efficiency
Knitting Mills measure productivity in a number of ways, but in any mill the goal is to produce more first quality output at a:
► Lower Cost
► With Lower Capital Employed
► Faster Production Rate
► Greater Accuracy
MKMS impacts each of these areas to increase plant productivity.

11. www.matrixcontrols.net MKMS Reduces Machine Stops
Machine downtime is typically caused by fabric defects, yarn related stops, style changes/set-up times and preventive maintenance. The MKMS reduces the number of fabric defects and yarn related stops both directly and indirectly, by
► Setting limits to the number of point defects and forcing the operator to
take action, the total number of repeated point defects is reduced
► Providing a Scheduled Maintenance Plan based on accurate counts of
machine revolutions and knit element life, to reduce the number of
defects due to improperly timed preventive maintenance
take action, substandard yarn can be flagged within hours and
corrective action taken immediately

12. www.matrixcontrols.net MKMS Reduces Machine Downtime
The length of a stop is influenced by the type of stop and the operator’s response. MKMS combined with the visual display of the F-1000 provides
► The operator as well as production management, immediate knowledge
of the stop reasons, thereby helping the operator to pinpoint the
remedy to the particular stop.
► The operator the ability to prioritize the remediation of the stop when
multiple machines are simultaneously stopped.
► Stop-time reporting, which offers feedback to the operator both
generally as well as compared to other plant benchmarks to reduce the
length of each particular stop.

13. MKMS’ House-Keeping and Preventive Maintenance
Effective and clean machine maintenance decreases down- time, while reducing lint build up which optimizes quality production:
► MKMS’ automatic oil and air control maximizes cleanliness,
while reducing oil and air usage
► The result = less lint buildup, thereby reducing defects
► Doff control with Pre-Doff, produces a cleaner end of roll,
leading to reductions in wasted fabric
► Knitting element life is monitored on a revolution basis to
assist in Scheduling Preventive Maintenance
► Mechanics are assisted with Automatic Scanner Calibra-
tion, Auto Yarn Rate Measurement & Speed Monitoring
► Oil Flush and Sinker Air Purge are sequenced auto-
matically
► Rotating Needle Blowers can be sequenced for maximum
cleaning, reducing time operators spend blowing off knitting
elements
Matrix offers additional
modules to assist your
house-keeping efforts:
■ Advanced PM (Pre-
ventive Maintenance
Scheduling
■ Machine Diagnostic
Software-features
voice announcing
and failure analysis

14. MKMS Allows You to Increase Your Machine Speed
By monitoring machine production efficiency and quality, MKMS
allows machine speed to be increased. Machine speed in-
creases of 5 rpm are typically seen, which = Thousands $s Saved Annually.
► MKMS sets tolerances and can stop machines from a PC,
when out of tolerance conditions occur
► Quality and Efficiency are maintained with all increases, and
production increases tremendously, as do profits
MKMS offers::
■ Increased Speed
■ Increased Efficiency
■ Increased Quality
■ Increased Orders
■ Increased Profits

15. What you see: www.matrixcontrols.net
The Matrix Knit Monitoring System (MKMS) consists of two sub- systems:
► The Matrix Real-time Display System (RTDISP)
and the
► The Matrix Auto Data Acquisition System (AUTODA)

16. MKMS provides personnel with:
■ MKMS’ Software Coding provides the management team a real-time
overview of production status, with immediate drill down capability to an individual
machine/style/operator
■ The MKMS Software allows flexibility for custom reporting for additional
productivity enhancements and options
■ The MKMS Software allows the department management team to view overall
downtime occurrences to minimize opportunities lost
■ The MKMS Software can integrate downtime and revolution information with the
plant payroll and other internal systems, providing improved payroll calculations
and facilitating pay for performance. It does so:
Accurately, rapidly, with less man-power, and improves payroll fairness
and accuracy
Color
MKMS’ RTDISP and AUTODA   

17. MKMS’s RTDISP (real-time display system)
Point and Click your way to all of below:
■ View entire Plant’s Knitters, Machine and Knitter efficiencies,
machine exceptions and more…
■ Complete access to utilities for system configuration
■ Configure individual F-1000s
■ Retrieve data from individual F1000s
■ Build Knitter Set Assignments rapidly
User Friendly, Point and
Click to Color-Coded
Screens and Reporting
■ Machine Preventive Maintenance Scheduling
■ Log knitters and mechanics ON and OFF knitting machines
■ Create a Style Database and download styles to individual F1000s
■ Create a Knitting Machine Information Database
■ Provision for database back-ups
■ Priority Screen, which prioritizes machines/orders

18. MKMS’s RTDISP www.matrixcontrols.net
Current Status of your Entire Knitting Mill Plant Floor

19. MKMS’s AUTODA (Auto Data Acquisition System)
► Automatic retrieval of F1000 data at user specified intervals
► AUTODA is 100% independent from any human tasks once the
system is started
Data includes:
Machine Status:
• Machine Running
• Top & Bottom Stop
• Needle Stop
• Auxiliary Stop
• User & Host Stop
• Missed Inspection
• Pre-Doff & Doff
• Fabric Defects
• Scanner Data
• No Revolution Pulse
• Calibration & System Error
• Machine to Start
Piece Data :
Shift Data :
• Revolutions in the piece
• Defects and their locations
• Piece number and dates
• Number of unknown defects
• Revolutions
• Top, Bottom, Needle, Stops
• Efficiency
• Missed Inspection
Style Data :
Notes:
Conversion Costs
1) Savings related to labor and machine costs have to do with the amount of reduced waste/rags produced. For example, if 5% fewer bad fabric is produced then 5% of the labor and machine costs are saved.
2) For Other Conversion costs, these have to do with reduced inspections or mechanics required.
Overhead and Cost of Capital
1) WIPs are reduced by reducing the amount of time unfinished fabric remains in the plant. If the MKMS can streamline processes so that the time to produce finished fabric is reduced by a single day, then 1 day of WIP capital employed to finance that WIP is reduced. This reduces total capital employed as well as reduces WIP carrying costs, such as, space, interest, materials handling and other costs.
2) If the utilization rates are improved by 5% then approximately 5% fewer machines are required to produce the same amount of fabric. These machines could be sold, or contract knitting may be able to be reduced, because the spare capacity may now be available.
• Style number and revolutions
• Number of each type of defect
• Number of known defects
• Number of unknown defects
• Top, bottom, needle & auxiliary stops

20. A Knitting Machine at a glance: 
Entire Knitting Mill Floor
Individual Machine Status Icon
Machine #
RPM (red=out of tolerance)
(green=in tolerance)
Color shows the Status.
Box will show either Effic-iency, Log Status or Style ID.
Yarn Rate (red=out of tolerance)
Declaration Status (red when declaration code is entered)

21. Current Status Screen www.matrixcontrols.net
Click and view the Current Status Screen below:
VIEW:
► F1000/Operator I.D.
► Communication Setting
► Current F1000 Status
► Configuration Data
► Retrieve Data
► Set-up Hardware
Configuration
Retrieve Data
Hardware SetUp
Exit

22. www.matrixcontrols.net Current Configuration Screen
Click and view the Current Configuration Screen below:
Click Arrow to select F1000
View all your settings
► Yarn rates
► Revolutions
► Messaging
► Oil/Air Purge
► Security

23. www.matrixcontrols.net Retrieve Data Screen Retrieve Input Data
Click and view the Retrieve Data Screen below:
Retrieve
► Shift Data
► Piece & Multi-piece
► Operator Data
► Machine/Operator Data
Input Data
Click Shift and enter data.

24. www.matrixcontrols.net Hardware Set-up Screen Hardware Settings
Click and view the Hardware Set-up Screen below:
Hardware
Settings
► Enable Machine
► Disable Machine
► Stop Machine
► Set External Lamps

25. www.matrixcontrols.net MKMS Software’s Main Menu Send Style See Slide
Help
About
MKMS
Save
Floor
Layout
Refresh
Exit
Edit
Defects
Shift
Set-up
Operator
Status
Declare
Extended
Language
Log On
Log Off
Current Shift ►
Efficiency ►
Machine ►
Piece Report
Detail Piece
Auto Downtime
Detail Auto Down
Downtime
Detail Downtime
Declaration
Stops Report
Knitter Shift
Style Production
Send Style
See Slide 34
Administration
See Slide 33
Efficiency
Log Status
Style Information
Declarations
Plant 1
Plant 2
Plant 3
Efficiency
See Slide 32

26. www.matrixcontrols.net A Main Menu Tour Efficiency ► Mill Efficiency
Efficiency Screen
► Mill Efficiency
► Production
► Knitter Efficiency
► Machine Efficiency
► Style Efficiency

27. MKMS www.matrixcontrols.net A Main Menu Tour Administration
Add/Edit Knitters
Add/Edit Mechanic
Build Sets from Layout
Assign Priority From Layout
Knitter Log ON/OFF
Edit Knitting Machines
Download to F1000
Add Down Time
Retrieve Shift Data
Edit Styles
Style Master
Build Trial Sets
Set Polled From Sets
Knitter Reassignment
Security Levels
Password
Style Update
MKMS

28. www.matrixcontrols.net A Main Menu Tour
Employee Log ON/OFF and Security (Passwords and Levels)
Circular Knits Inc.

29. www.matrixcontrols.net A Main Menu Tour Send Style – Fabric Settings
Circular Knits Inc.

30. www.matrixcontrols.net A Main Menu Tour Send Style – Fabric Settings
► Yarn Parameters
► Machine Parameters
► Defect Thresholds
► Inspection Settings
► Air/Oil Settings
► # of Feeds
► # of Needles
► Stitches per Inch
► Wales per Inch
► Greige Expected Yield
► Punch Weight
► Pay Factor per Revs

31. A Main Menu Tour - Status Setup

32. F-1000 Blue Light, alerts Knitter to Fabric Defects
This F-1000 has shut down the knitting machine because of fabric defects. The operator sees the blue light and responds by entering the proper defect code (next slide), after inspecting the defective fabric. The operator then restarts the machine.
CIRCULAR KNIT

33. The Knitter/Operator Reacts by Entering a Defect Code

34. The Operator Also Enters Downtime Declaration Codes
Declaration Code = the Reason for a Machine Malfunction

35. F-1000 Green Light, alerts Mechanics to Pre-set Inspections
The F-1000 alerts the Mechanic with a Solid Green Light, to Pre-set Inspections. These Inspections are set according to a specified number of Machine Revolutions. F-1000 controlled air/oil purge offer added housekeeping options. Advanced Preventive Maintenance Modules are also available.
CIRCULAR KNIT
Matrix F-1000

36. Blinking Green Light, Alerts Operators to Pre-Doff & Doff
The F-1000 alerts the Operator with a Blinking Green Light, to Pre-Doff, or Doff, depending on the F1000’s visual display. This ensures rapid restarts of production, with little wasted time, and again increases housekeeping efficiencies.
CIRCULAR KNIT
Matrix F-1000
F1000 Displays-Doff & Pre-Doff

37. Blinking Green Light, alerts Operators to Pre-Doff & Doff
Visual Displays
PRE-DOFF
DOFF ROLL
Matrix F-1000
Matrix F-1000

38. 140 F-1000 Visual Displays-A Quick Glance at Examples
LOGGED ON
DROP STITCH

39. www.matrixcontrols.net www.matrixcontrols.net
140 F-1000 Visual Displays-A Quick Glance at Examples
Visual Displays
DROP STITCH
RUN STOP

40. www.matrixcontrols.net www.matrixcontrols.net
140 F-1000 Visual Displays-A Quick Glance at Examples
Visual Displays
NEEDLE RUN
F-2000

41. www.matrixcontrols.net www.matrixcontrols.net
140 F-1000 Visual Displays-A Quick Glance at Examples
Visual Displays
PRESS OFF
MACHINE #

42. www.matrixcontrols.net www.matrixcontrols.net
140 F-1000 Visual Displays-A Quick Glance at Examples
Visual Displays
OIL FLUSH
STYLE #

43. www.matrixcontrols.net www.matrixcontrols.net
140 F-1000 Visual Displays-A Quick Glance at Examples
Visual Displays
SEAM BYPASS
DEFECT LVL

44. www.matrixcontrols.net www.matrixcontrols.net
140 F-1000 Visual Displays-A Quick Glance at Examples
Visual Displays
LOG OFF
AUTO CAL

45. F-1000 Visual Displays - Other Typical Daily Displays
Top Stop
Bottom Stop
Needle Stop
Operator Stop
Doff Roll
Fabric Defect
Pre-Doff
Check Yarn Rates
Too Many Defects
Patrol
No Operator Assigned
Invalid Style Number
Low Air Pressure

46. Supervision and Analysis Made Easy – F1000 Reports
Types of Reports
Current Shift
Efficiency
Machine
Piece Report
Detail Piece
Auto Downtime
Detail Auto-
Down
Downtime
Detail –
Declaration
Stops Report
Knitter Shift
Style
Production

47. Reporting – Some Examples : Detailed Piece Report
Piece Report Provides:
► Machine #, date,
shift, piece ID
► Revolutions, known
/unknown defects
► Detailed defect data
• Defect ID
• Defect Message
• Location of Defect
■ Choose your range of
• Pieces
• Machines
• Shifts
• Dates

48. www.matrixcontrols.net www.matrixcontrols.net
Reporting – Some Examples : Declaration Report
Declaration Report Provides
► For selected Date, Shift,
and Machine, you’ll see:
• Start and End Time
• Total Time
• End Type
■ You may choose:
• Specific Shifts
• Specific Machines
• Specific Declarations
• Specific Dates/ranges
Also Choose the End Type:
• Completed Declarations
• Canceled Declarations
• or Both

49. www.matrixcontrols.net Reporting – Some Examples : Stop Report
Stop Report Provides
► For selected Date, Shift,
and Machine, you’ll see:
• Start and End Time
• Total Time
• End Type
► Limit the report to a spe-
cific date range, or all
dates.
■ You may choose:
• Specific Shifts
• Specific Machines
• Stop Types, or All Stops

50. Reports-Example: Exceptions by Machine Efficiency Report
Knitting machines - Exceptions by Machine Efficiency It Reports:
■ The current efficiency for machines currently in production along with their total
exception stops, shift revolutions, and the knitter assigned to each machine. This re-
port can also be printed for:
• All machines sorted by efficiency increasing
• All machines sorted by efficiency decreasing
• Production machines sorted by efficiency increasing
• Production machines sorted by efficiency decreasing
• Production machines with an efficiency < or > X
• By knitter set number

51. www.matrixcontrols.net Report Control Bar – Navigating your Reporting
At the bottom of every Report there will be a Control Bar.
Each part of the Report Control Bar is described below

52. Some MKMS Actual Reports Knitter Efficiency Knitter I.D.
Enjoy easy to visualize displays of your Knitter’s efficiency for the week
MKMS Reporting
www . matrixcontrols . net

53. MKMS Reports - Knitter Efficiency - Another Look
Time (Hr)
Sum Worked Hours Sum Lost Hours Average of Knitter Eff.

54. MKMS Reports – Knitter Shift Production Summary

55. MKMS Reports – Production Weight Summary (by Style)
Shift A

56. MKMS Reports – Knitting Machine Stop Report

57. www.matrixcontrols.net MKMS Reports – Detailed Auto Downtime Report
5/1/08
Shift: All Machine: All
Downtime Code: All

58. MKMS Reports – Detailed Fabric Piece Report

59. www.matrixcontrols.net Reasons to Train Hard and Optimize MKMS Usage
Five Areas of Production System Savings:
1) Yarn Rate Monitoring - Savings by preventing over/under feeding machines
2) Machine Speed Increases - Allows for additional production
3) Increased Efficiency - Through Downtime Reduction
4) Fabric Defect Detection - Reduced waste, Increased quality, and orders
5) Yarn Quality Improvements- Increased efficiency and fabric quality

60. www.matrixcontrols.net An Example of Potential Savings with MKMS:
In this Sample Scenario, Matrix installed its MKMS System on 25 Circular Knitting Machines. Savings were calculated, and we then included the effects of better fabric quality, leading to increasing orders. Our sample knitting mill had to expand to 40 machines, and then increase production to 7 days per week. The results were impressive.
Production Scenarios
25 Machines-251 Days/Year
CIRCULAR
40 Machines-251 Days/Year
KNIT
40 Machines Days/Year
CONTROL

61. The Numbers Show It, and So Will Yours: Enjoy MKMS !
Production Savings
Yearly Savings
5 Year Savings

62. www.matrixcontrols.net …and The Graphics Show It Also: Enjoy MKMS !
U.S. $s
In Seven Years This 25 Machine Mill’s Savings Exceeded 1.2 Million $
INCREASING REVENUE OVER YEARS IN U.S. $

63. Another Look at the 5 System Savings: Enjoy MKMS !

64. MKMS - Reaching Your Full Potential- Enjoy MKMS !
Potential Yearly Sales in Three Production Scenarios: 25 Machines, Machines, and 40 Machines Days

65. www.matrixcontrols.net … and More- Other MKMS Features to Help You:
Other Features:
► Click and Drag Machine Icons on Real-time Display
► Real-time RPM, Yarn Rate and Declaration Status Display
► Masking of Machines with Declarations on Real-time Display
► Ability to Build Trial Sets for Yarn, Needle, and Machine Tracking
► Shift Schedule for Multi-week Shift Rotations

66. www.matrixcontrols.net … and More- Other MKMS Features to Help You:
Even More Features:
► Enhanced Set Building Abilities
► Motivational Pay Factoring for Knitter Pay
► Custom Downtime Calculations to be Used for Knitter Incentives
► Multi-lingual Software Availability
Additional Options:

67. www.matrixcontrols.net Additional “MKMS” Options to Enjoy:
Additional Options:
► Payroll System Interface
► Roll Weight Calculation
► Bar Code Ticket Printing
► Greige Inspection/Mending Interface
► Error Sourcing Analysis

68. ■ Automated Production Scheduling
Additional “MKMS” Options to Optimize Your Plant
The Package Becomes Complete with
■ Automated Production Scheduling
and
■ Business and Production Intelligence

69. www.matrixcontrols.net Automated Production Scheduling
Automated Sequencing
Integrated Shop Floor Product Scheduling

70. www.matrixcontrols.net Automated Production Scheduling
Auto Scheduling allows the Scheduler to:
► Optimize on-time order completion
► Maximize the overall production efficiency
► Optimize the production schedule
► Minimize changeovers and set-up time
► Schedule orders on optimal resource
► Provide immediate notification of production
issues
► Build a flexible and responsive production
schedule, and actionable status reporting
► Control Work-In-Process Inventory

71. www.matrixcontrols.net Automated Production Scheduling
Auto Scheduling allows your Company to:
► Get the most orders out
► Get high priority customer orders
out
► Meet the maximum number of
promise dates
► Minimize inventory

72. MQM - Visual Displays-A Quick Glance at Examples
Order Monitoring Screen:

73. MQM - Visual Displays-A Quick Glance at Examples
Order Information by Machine:

74. www.matrixcontrols.net Business and Production Intelligence
With the Matrix Dashboard, operational data is easily integrated with information from other parts of the business, making it possible to gain better visibility into production efficiency and product profitability. You can… 
► Drill down-and-through, to access other data
sources and reports for more detail about what
the Dashboard shows you
▪ Access by product, machine, customer, etc.
▪ Access operational or financial data, and drill
down into the lowest levels
No matter where the
data is, or from what source it originates
► Set alerts and notifications to keep you aware of when a metric
changes status
► Empower anyone in your organization to monitor and analyze
performance with ease
► Easily customize for any desired type of information delivery

75. www.matrixcontrols.net Business and Production Intelligence
When do you want the bad news? A.S.A.P. (as soon as possible)
► Remember, in manufacturing, bad news early, is good news
► Having the right technology, capturing the right data is only one part of
the solution
► You must know when things are going wrong, without having to
wait for the phone to ring, or wade through reports
► The sooner you know a machine is broke, the sooner you can re-plan
► The sooner you know raw materials are not available, the more time
you have to react
► The Matrix Dashboard will you as soon as any of your pre-
defined events happen (positive or negative)

76. “MKMS” - “Auto Scheduling” - “ Business Intelligence”
MKMS allowed you to collect crucial data. Now integrate that data. Integrate it, into an Automated Production Scheduling System. Auto Scheduling allows you to optimize machine usage, thereby allowing less set-up time, longer run times, and always choosing the right machine for the job.
Now Optimize Fully, and take the next step. Integrate your captured data into Business Intelligence, and maximize your corporate performance management. Enjoy, “Easy access, no matter where, or from what source”.

77. Matrix Controls www.matrixcontrols.net
Question: Who wins with MKMS ? Answer: Everyone!
Who wins:
■ Knitters Win!
■ Mechanics Win!
■ Supervisors Win!
■ Knitting Production Managers Win!
■ Plant Managers Win!
■ Your Company Wins!
■ The Textile Industry Wins!
■ Your Customers Win!
Matrix Controls
MKMS- Matrix Knit Monitoring System

78. Thank you Very Much!
Matrix Controls thanks you for your time and attention. We look forward to working with you. M A T R I X = C O N T R O L
Matrix Defined-“A rectangular array of numerical data-data Matrix has controlled for 50 years to save you money!”