东莞SMT edge point positioning receiving tape

Shenzhen Kangdewei Electronics specializes in the production and sale of various SMT/AI surface mount technology (SMT/AI) placement machines' continuous feeding (single/double-sided connection films, anti-static connection tapes, all-purpose connection films, Panasonic dedicated connection films, connection guide tapes, connection copper clasps, connection pliers, connection scissors), high-temperature resistant tapes, roll wiping papers, dust-free hand towels and other peripheral consumables and tools.

SMT edge point positioning double-sided receiving tape

1. Product Description: Composed of two imported high-viscosity adhesive tapes, with auxiliary positioning edges and several positioning points pressed on one side of the tape.

2. When receiving materials, positioning is carried out using the product positioning edge and positioning points, without the need for any other auxiliary tools. This method of receiving materials is the most widely used and convenient material receiving solution.

Each box of the product contains 500 pieces, all of which are made from imported raw materials.

Product advantages: No need for auxiliary tools, improved work efficiency, full utilization of remaining components, and reduced machine wear.

Product application: "Non-stop material change connection of 8MM, 12MM, 16MM, 24MM and 32MM material belts"

Introduction to SMT Double-sided Feeding Tape

Double-row dot positioning for greater accuracy, ultra-wide backing paper design

The backing paper is easy to peel off!

Four colors of tape are available for selection, and the shift for receiving materials can be traced

SMT single-sided material receiving tape is suitable for connecting material receiving tapes and cover tapes of various models. It works even better when used in conjunction with material receiving pliers and copper buckles. There is also a dedicated single-piece material receiving tape for Siemens.

Four colors of tape are available for selection, and the responsibility for the receiving shift can be traced to individuals.