CUSTOM  LAPEL PINS

Custom Pin Options

Soft Enamel Pins

Soft Enamel pins offer brilliant color and fine, raised metal detailing. The recessed areas of your custom designed pin are hand-enameled and then kiln-fired. Each pin is hand-polished and then plated.

Printed Pins

Printed Pins are the perfect process for complex designs with multiple colors, color blends, and photo reproductions.

Stamped Pins

Undoubtedly the most popular choice for service and years of service awards, die struck lapel pins offer a classic appearance Without the use of color. And if your going Old School, it's a must.

Cloisonne' Pins

A Cloisonné pin will have a glass-like quality to it. The high luster and durability of a Cloisonné pin is an ancient art that requires meticulous hand-crafted detailing. Your custom designed pin is hand-filled with colored cloisonné pastes and then kiln-fired at very high temperatures. After firing, each pin is hand-polished and plated resulting in an exquisite piece of art.

Dangler
Flasher
Glitter

Benefits!

   

FREE full-color proof delivered via email

FREE Shipping

FAST Production

FREE Colors - up to 7 colors at no additional charge

We make ordering custom lapel pins easy!

The process starts with a simple quote request or by calling. Once you place your order we will use your input to create a one of a kind design and provide you with a FREE virtual sample via email. From here you are free to make  revisions on your custom pin design. After you approve your design we put your order into production, and in a short time your custom pins will be delivered to your door.

 

CUSTOM PINS

All About Bikers

Dallas Texas

SEWING SHOP HOURS & INFO

All times central

Monday-Friday: By Appointment

Saturday: 11:30 to 7pm

Sunday: 11:30 to 7pm

 

ADDRESS:

9304 Harry Hines  Ste. B

@ Strokers Dallas Vendor Row

Dallas TX 75235

Copyright 2017-2018... All Rights Reserved

OFFICE HOURS

All times central

Monday-Friday: 9am to 7pm

Saturday: 10am to 7pm

Sunday: Noon to 6pm

   
   
   

   

   

   