Fellowes Neptune 3 A3 Laminator Silver/Black 5721601
Product Code:
36411FE
Pack Of
1
The Fellowes Neptune A3 laminator is jam free when used with Fellowes branded laminating pouches as the Advanced Pouch Tracking System detects potential paper jams so the user can then press the reverse button and realign the pouch.
- General
- The Fellowes Neptune A3 laminator is jam free when used with Fellowes branded laminating pouches as the Advanced Pouch Tracking System detects potential paper jams so the user can then press the reverse button and realign the pouch.
Type | Lamination Machines |
Manufacturer | Fellowes |
Brand | Fellowes |
Colour | Silver/Black |
Country of Origin | China |
Size | A3 |
Weight | 4.6kg |
Warranty | 2 Year Guarantee |
Dimensions (WxDxH) | 139.7x508x117.5mm |
Ideal For | Office |
Display | 1 Touch |
Pouch Thickness | Up to 175 micron |
Warm-Up Time | 60 Seconds |
Entry Width | 320mm |
Number of rollers | 4 Rollers |
Temperature Setting | Autosense |
Laminating Speed | 600mm/minute |
Release/Reverse/Auto Reverse | Manual Reverse |
Usage | Frequent |
Cold Lamination | Yes |
4 year guarantee |
4-roller laminator for high quality results |
4-roller laminator for high quality results, |
4-roller laminator for high quality results, can laminate all pouches up to 175 microns (2x175) |
Advanced Pouch Tracking System detects potential paper jams |
Advanced Pouch Tracking System detects potential paper jams, allowing the user to safely reverse and re-align the pouch |
AutoSense detects pouch thickness and self adjusts to the optimal laminating setting |
Carrier pouch not required |
Laminate all pouches up to 175 microns (2x175) |
Laminates an 80 micron A4 pouch in as little as 23 seconds (800mm/min) |
Laminates an 80 micron A4 pouch in as little as 30 seconds (600mm/min) |
Laminates pouches up to 175 micron thickness |
Ready to laminate in just 60 seconds with InstaHeat Technology |
Simple 1-touch user interface |
Simple 1-touch user interface with a reverse mode for clearing misfed documents |
Sleep mode activated after periods of inactivity, reducing energy consumption |
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