RFQ Form

Assembly RFQ

Customer Name Contact Information

1.0 Product to be Assembled

1.1 Description of the Objective (components to be assembled) 1.2 Are the components currently being manufactured? 1.3 Number of parts that can be supplied for design/testing purposes 1.4 Will CAD files be supplied for every component being assembled? 1.5 Will approved samples of acceptable parts/assemblies be supplied? 1.6 What are the tolerance specifications to verify assembly?

2.0 Assembly Equipment Performance Criteria

2.1 Parts currently being produced at approximately how many parts per minute? 2.2 Gross rate (parts/min) and minimum machine uptime (%) 2.3 Scrap rate (% machine uptime) 2.4 Number of persons required to achieve assembly rate 2.5 Maximum allowable time to clear any component jam (seconds)

3.0 Design and Construction Standards

3.1 Max floor space (feet), max height (feet), door width (feet), corridor width (feet) 3.2 Equipment noise level shall not exceed (db) 3.3 Painted surfaces color 3.4 Non-painted iron/steel corrosion protection finish 3.5 Will customer be supplying any components? (e.g. feeder bowls, electronics, robots) 3.6 Equipment ready for initial machine acceptance on or before (weeks)

4.0 Machine Operating Environment

4.1 Electrical Supply 4.1 Compressed air line pressure (psi) 4.2 Will the machine be utilized in a clean room environment? 4.3 Will the machine or equipment be subject to contamination?

5.0 Electrical Design Specifications

5.1 Machine operating voltage (select all that apply)

24VDC 115VAC 208VAC 460VAC

5.2 Preferred vendors for components (pneumatics, electronics, motors/drives)

6.0 Component Characteristics

6.1 Material composition of component being assembled 6.2 Types of color pigments being used 6.3 Are components to be assembled hot or cold? 6.4 Basic description of the component/product being assembled Additional questions or comments

Inspection RFQ

Customer Name Contact Information

1.0 Product to be Inspected

1.1 Description of the Objective (components to be inspected) 1.2 Are the components currently being manufactured? 1.3 Number of parts that can be supplied for design/testing purposes 1.4 Will CAD files be supplied for every component being inspected? 1.5 Will approved samples of acceptable parts be supplied? 1.6 What are the tolerance specifications to verify inspection?

2.0 Inspection Equipment Performance Criteria

2.1 Parts currently being produced at approximately how many parts per minute? 2.2 Gross rate (parts/min) and minimum machine uptime (%) 2.3 Scrap rate (% machine uptime) 2.4 Number of persons required to achieve inspection rate 2.5 Maximum allowable time to clear any component jam (seconds)

3.0 Design and Construction Standards

3.1 Max floor space (feet), max height (feet), door width (feet), corridor width (feet) 3.2 Equipment noise level shall not exceed (db) 3.3 Painted surfaces color 3.4 Non-painted iron/steel corrosion protection finish 3.5 Will customer be supplying any components? (e.g. feeder bowls, electronics, robots) 3.6 Equipment ready for initial machine acceptance on or before (weeks)

4.0 Machine Operating Environment

4.1 Electrical Supply 4.1 Compressed air line pressure (psi) 4.2 Will the machine be utilized in a clean room environment? 4.3 Will the machine or equipment be subject to contamination?

5.0 Electrical Design Specifications

5.1 Machine operating voltage (select all that apply)

24VDC 115VAC 208VAC 460VAC

5.2 Preferred vendors for components (pneumatics, electronics, motors/drives)

6.0 Component Characteristics

6.1 Material composition of component being inspected 6.2 Types of color pigments being used 6.3 Are components to be inspected hot or cold? 6.4 Basic description of the component being inspected Additional questions or comments

Process RFQ

Customer Name Contact Information

1.0 Product to be Processed

1.1 Description of the Objective (components to be processed) 1.2 Are the components currently being manufactured? 1.3 Number of parts that can be supplied for design/testing purposes 1.4 Will CAD files be supplied for every component being processed? 1.5 Will approved samples of acceptable parts/assemblies be supplied? 1.6 What are the tolerance specifications to verify process?

2.0 Process Equipment Performance Criteria

2.1 Parts currently being produced at approximately how many parts per minute? 2.2 Gross rate (parts/min) and minimum machine uptime (%) 2.3 Scrap rate (% machine uptime) 2.4 Number of persons required to achieve process rate 2.5 Maximum allowable time to clear any component jam (seconds)

3.0 Design and Construction Standards

3.1 Max floor space (feet), max height (feet), door width (feet), corridor width (feet) 3.2 Equipment noise level shall not exceed (db) 3.3 Painted surfaces color 3.4 Non-painted iron/steel corrosion protection finish 3.5 Will customer be supplying any components? (e.g. feeder bowls, electronics, robots) 3.6 Equipment ready for initial machine acceptance on or before (weeks)

4.0 Machine Operating Environment

4.1 Electrical Supply 4.1 Compressed air line pressure (psi) 4.2 Will the machine be utilized in a clean room environment? 4.3 Will the machine or equipment be subject to contamination?

5.0 Electrical Design Specifications

5.1 Machine operating voltage (select all that apply)

24VDC 115VAC 208VAC 460VAC

5.2 Preferred vendors for components (pneumatics, electronics, motors/drives)

6.0 Component Characteristics

6.1 Material composition of component being processed 6.2 Types of color pigments being used 6.3 Are components to be processed hot or cold? 6.4 Basic description of the component/product being processed Additional questions or comments

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RFQ Form

Assembly RFQ

Inspection RFQ

Process RFQ

Mold Monitoring System RFQ

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