1 - 10 of 14 Search Results for rotary
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1.
PES Cutting with CO 2 Lasers
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... jet cutting assembly (the theoretical spot size for this configuration is 75 µm). A 2-axis motor-driven table was set beneath the cutting head. A rotary stage was attached to the cutting head. A sample sheet of 125 µm thick PES circuit board was attached to the rotary stage with tape. The stage was ...
Related Searches: laser engraving
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2.
LTJ_Laser_Direct_Machining_0308
(PAGE 2 OF 2)
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... plaques, and even creating photo-realistic headstones. laser engraving represents a superior alternative to traditional mechanical engraving using a rotary tool. Specific advantages include consistent results with no tool wear, no tool replacement downtime, higher spatial resolution, digital control ...
Related Searches: pcb laser direct image | laser scribing
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3.
DigitalConvertingRev2
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Best match in this PDF
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All matches in this PDF
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... Industries and Alcan Packaging. Smaller Lasers Simplify Integration The advantages of noncontact laser processing over mechanical methods (e.g., rotary and platen dies) are well established. These include the ability to perform highly precise cutting, slitting, and perfing, and the absence of any tool ...
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4.
Perfectform_ILSRev2
(PAGE 1 OF 3)
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... ship the paper to printers to print the forms. Traditional mechanical perforating Before switching to laser perforating, converters used mechanical rotary wheels to perforate paper. As Charles Pingel, project engineer at Appleton Papers, Appleton WI, recalls, "Mechanical wheels invariably left ...
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5.
MoreFlexiblethanFlexoRev2
(PAGE 1 OF 3)
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... systems. Ken Daming (Mark Andy), John Dillon (LasX Industries) and David Clark (Coherent Inc) explain. have traditional flexographic printing and rotary die converting systems. Due to longer make-ready times and significant hard-tooling costs, these systems lack the flexibility to make very short runs ...
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6.
MoreFlexiblethanFlexoRev2
(PAGE 2 OF 3)
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... -ready time is required for the printing press, which involves changing printing plates, and 15 to 20 minutes of changeover time is required for the rotary die setup. Furthermore, unless already available, the new die must be purchased and manufactured (which involves delays), then inventoried and maintained ...
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7.
MoreFlexiblethanFlexoRev2
(PAGE 3 OF 3)
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... .), which allows label printers to offer customers quick turnaround service on short production runs. All-digital systems will not replace flexo and rotary die systems, but they can complement flexo systems, by giving label printers the ability to quote on short run jobs while using their flexo machines ...
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8.
DigitalConvertingRev2
(PAGE 1 OF 4)
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... Industries and Alcan Packaging. Smaller Lasers Simplify Integration The advantages of noncontact laser processing over mechanical methods (e.g., rotary and platen dies) are well established. These include the ability to perform highly precise cutting, slitting, and perfing, and the absence of any tool ...
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9.
MoreFlexiblethanFlexoRev2
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Best match in this PDF
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All matches in this PDF
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... systems. Ken Daming (Mark Andy), John Dillon (LasX Industries) and David Clark (Coherent Inc) explain. have traditional flexographic printing and rotary die converting systems. Due to longer make-ready times and significant hard-tooling costs, these systems lack the flexibility to make very short runs ...
Related Searches: piezo
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10.
Diode Laser Welding of Plastics
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... . Optical imaging accessories were used to produce spot sizes of 450 to 800 micron on the materials. Samples were translated under the beam using rotary or x-y stages, at speeds up to 2 m/min. Results: Successful plastic welding was achieved on all samples. Samples and test conditions are given below ...
Related Searches: welding | plastic welding | 100w 808nm | 980nm laser diode
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