Kamay Patunay

Kamay Patunay

Panimula

Each Biuged Kamay Patunay mainly includes a rubber transfer roll and a spring-adjustable mechanically engraved anilox roll（Pyrimid type/surface is hard chrome plated）. It gives customers more options — for testing ink on polyethylene, cellophane, glassine, metallic foils, mga plastik na pelikula, papel at karton.

Moreover, ang makikita mo sa proof ay kung ano ang ipi print mo sa press. Since proofer rolls are available in a full range of screens to duplicate your press requirements, you can make any changes in ink or screen before you get to the pressroom!

Kamay Patunay

Mga Tampok：

◆ The newest structure design, simple and easy to use, convenient to clean

◆ Perfect reproducibility for ink applicationo，can reappear ink density

◆ The pressure between anilox roller with rubber roller is adjustable

◆ Save ink and time before printing

How to produce a sample proof

◆ Prepare a flat, malinis na sheet ng stock na gagamitin.

◆ Adjust the anilox roller against the rubber roller by gradually turning the single vernier knob at the base of the hand proofer. Ang isang mekanismo ng tagsibol sa loob ng hawakan ay ginagawang simple upang iposisyon ang mga roller upang makakuha lamang ng tamang dami ng presyon.

◆ Put about 1/2 kutsarita ng tinta sa nip, pahinga ang goma roller sa stock, at gumuhit ng hand proofer papunta sa iyo, maayos at pantay pantay.

That’s all there is to it. What you see on the proof is what you’ll get on your flexo press.

Kamay Patunay

■ Proofing Width： 70mm

■ The number of line： 100～300（LPI/Lines per inch；also can be customized）

■ Impormasyon sa Pag-order：

LR 220/1—-120 LPI Hand Proofer LR 220/2—-160 LPI Hand Proofer

LR 220/3—-180 LPI Hand Proofer LR 220/4—-200 LPI Hand Proofer

LR 220/5—-250 LPI Hand Proofer LR 220/6—-300 LPI Hand Proofer

LR 1380—-Metal Anilox roller LR 1381—-Rubber roller

Tala:

1. This table is only available for Pyramid type

2. For Line Screen, divide Cell (LPI=Line Per Inch) count by 2.54 to get Lines per CM •

3. For Volume,multiply BCM（billion cubic micron per square inch）by 1.55 to get cm³/m²