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Role of a Simultaneous Engineering Partner. Introduce Customers To The Various Technologies And Layouts Used Today In The U.S. And The Rest Of The World.Become The Main Contact For The Machine Tool Builders Regarding Coolant And Chip Handling Present And Evaluate The Various Alternatives Available
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1. The Benefit of Simultaneous Engineering
At least 95% of the Total Life Cycle Cost are determined during the Concept & Design phase of a project, therefore the more experienced people you have involved at that phase, the more opportunity you have to reduce your Total Life Cycle Cost.
2. Role of a Simultaneous Engineering Partner Introduce Customers To The Various Technologies And Layouts Used Today In The U.S. And The Rest Of The World.
Become The Main Contact For The Machine Tool Builders Regarding Coolant And Chip Handling
Present And Evaluate The Various Alternatives Available To The Customer
Develop A Plant Wide Plan For Coolant Filtration and Chip Handling
Develop Specifications/Specification Adherence
3. The Simultaneous Engineering Process Define program objectives
Identifying and defining strategies and equipment to meet the program objectives
Evaluate the strategies and equipment identified
Specifications
4. Examples of Coolant Filtration Objectives Reliability and maintainability
Flexibility
Simplicity/User Friendly
Performance
Reducing disposable media consumption
Value engineering
5. Prioritizing Objectives Once objectives are identified they must be prioritized.
Some objectives may be mutually exclusive.
6. Identifying and Defining Strategies and Equipment The S.E. partner will collect the pertinent information from the appropriate machine tool vendors in order to size the equipment
The customer and the S.E. partner will list various methods available to meet the program’s objectives
The customer and the S.E. partner will decide which alternatives merit further definition
The S.E. partner will then prepare flow schematics and proposal drawings of the various strategies defined
7. Evaluation of the Alternatives T-charts listing advantages and disadvantages of the options
Budget Pricing
Life Cycle Cost Analysis
Benchmarking/Plant Visits
Reliability and Maintainability
FMEA
8. Results of the Process Equipment specifications for the strategy selected
9. Deliverables Machine Tool Coolant Requirement Data Sheets
Detailed Coolant System Requirements
Evalutions: drawings, budgets, LCC, FMEA, R&M, and T-charts
Equipment Specifications
10. Why is Zealtek your best choice as a S. E. Partner Objectivity
Resources
Experience
Creativity / Diverse Product Knowledge
Performance
Price Competitiveness
11. Objectivity Zealtek is not constrained to one or two methods for coolant filtration or chip handling.
12. Program Experience American Axle & Mfg. GMT 800
DaimlerChrysler Indiana Transmission Plant 45RFE
Ford Livonia AX4N
Ford Van Dyke FN Program
Ford Windsor (TMEP)
Ford Romeo Aluminum Block Expansion Program
Ford Lima Engine Plant
Ford Windsor 3 Valve Head Lines Ford Essex Engine Plant
Ford Cleveland New V6
Ford Lima New V6
GM Livonia PV6
GM Romulus V8
GM Windsor 4T-60E
GEMA Dundee, MI
Navistar Huntsville, AL
Navistar Indianapolis, IN
Austin-Rover, U.K.
Various other projects
13. Simultaneous Engineering Experience DCX KEP 2.7L and 3.5L
DCX ITP
Ford Romeo
Ford Windsor
GM 9002
American Axle and Manufacturing
Eaton Mexico
GEMA Dundee, MI
14. Creativity by Design Ford Lima and Essex Engine Plants - Completely above floor with individual pump back tanks and individual pressurized return lines
DaimlerChrysler ITP - Completely above floor with individual pump back tanks and a common return header
Heller/American Axle Three Rivers, MI - Completely above floor using a centralized pump back conveyor with floor mounted filter
Ford Windsor - Above floor conveyors to in-floor pump back tanks to floor mounted filters
Ford Romeo Engine Plant - Trench to large lift stations with floor mounted filters
Navistar, GM Romulus, and GM Livonia - Trench to pit mounted filtration systems.
15. zealtek ZBF-AAC-004-P-BB-02-01-001/10U
zealtek ZBF-AAC-004-P-BB-02-01-001/10U
zealtek ZBF-AAC-004-P-BB-02-03-001 10 MICRON
zealtek ZBF-AAC-004-P-BB-02-03-001 10 MICRON
zealtek ZBF-AAC-004-P-BB-02-01-001/10u
zealtek ZBF-ASC-004-P-BB-02-03-001/20U
zealtek UC-828-20N-IO (20U)
zealtek.cn
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