5 Best sewing machine guide ruler that You Should Get Now (Review 2017)

Purchasing the best sewing machine guide ruler is key for you and we know.

It certainly is not so much that you would buy sewing machine guide ruler again and again so you have to pick the most ideal one.

Take a gander at our list below for best sewing machine guide ruler that you can get on the web.

(click photo to check price)
1. Dritz Quilting Machine Seam Gauge and Adhesive Guide (Click Link to Check Price on Amazon)
Editor’s Rating : 9.2 out of 10
Handy seam gauge tool and adhesive guideIdeal for begi
ers for creating straight lines

(click photo to check price)
2. HONEYSEW Stitch Guide Foot SA160 For Brother Singer,Kenmore,New Home,Babylock,White (Click Link to Check Price on Amazon)
Editor’s Rating : 9.7 out of 10
Genuine Brother SA160 Stitch Guide Foot Singer brother which use standard adapterStitch Guide foot for accurate sewing

(click photo to check price)
3. Brother SA160 Stitch Guide Foot (Click Link to Check Price on Amazon)
Editor’s Rating : 9.7 out of 10
Stitch Guide foot for accurate sewingIncrementally marked ruler

(click photo to check price)
4. SINGER Presser Foot (Click Link to Check Price on Amazon)
Editor’s Rating : 9 out of 10
Sew straight seams easilyVideo instructions available online

(click photo to check price)
5. Self Healing Rotary Cutting Mat, Full 12×18, Best for Quilting Sewing | Warp-Proof & Odorless (Not From China) (Click Link to Check Price on Amazon)
Editor’s Rating : 9.2 out of 10
Cut Marks Heal in Seconds ⇒ Each piece consists of 15 layers of self-healing compound, so it heals faster and the surface stays smooth for longer. Our products are at least 17% ~ 35% heavier than those by Alvin, Olfa or Fiskars due to the higher material density produced by our proprietary manufacturing processStays flat, Won’t Warp or Crack ⇒ Our products are made of sturdy, refined material that can withstand direct sunlight and will quickly recover even if not stored flat. Most multi-layer or thin boards can warp easily due to impurities in the material reacting differently to temperature and bending