Stitch count is the single number that determines whether your logo will look sharp on a polo shirt, blow your embroidery budget, or be physically impossible at the size you want. Before you place an embroidery order, you need to know it.
Most business logos for polo shirt left-chest placement run between 6,000 and 12,000 stitches. Cap logos run 5,000 to 10,000. Work jacket chest logos run 8,000 to 15,000. Full back jacket designs start at 20,000 and routinely exceed 40,000.
This guide covers how those numbers are calculated, why they vary, what happens when stitch count is too high for a fabric, and how NW Custom Apparel evaluates every logo before it ever goes near the Tajima TMAR-KC 8-head machine at our Milton, WA facility.
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Explore Custom Embroidery OptionsWhat Is Stitch Count and Why Does It Matter for Your Logo?
Stitch count is the total number of individual needle strikes required to complete an embroidered design. Every time the machine needle punches through fabric and backing material, that is one stitch. A simple company name in block letters might need 3,000. A complex crest with multiple colors and solid fill areas might need 18,000.
It matters for three reasons that directly affect your order.
- Cost. Most embroidery decorators price per 1,000 stitches above a base threshold. Higher stitch count means higher decoration cost per piece. Knowing your logo’s stitch count before requesting quotes lets you compare prices accurately across different shops.
- Machine run time. On the Tajima TMAR-KC 8-head machine, the maximum production speed is 1,100 stitches per minute per head. A 10,000-stitch left-chest logo runs approximately 9 minutes per production cycle. With 8 heads running simultaneously, that is 8 pieces completed every 9 minutes. A 20,000-stitch jacket back logo takes approximately 18 minutes per cycle. Stitch count directly determines how many pieces NW Custom Apparel can complete per hour and whether your order fits the standard 10-day turnaround.
- Fabric feasibility. Some fabrics cannot physically support high stitch counts without puckering, tearing, or distorting. A 15,000-stitch logo works cleanly on 12 oz. duck canvas. The same logo on a lightweight 100% polyester performance shirt will pucker badly. Stitch count determines which garments your logo can go on and which ones require design simplification.
Stitch Count Reference Table by Logo Placement and Garment
Use this table as your starting point. These ranges reflect verified production measures from NW Custom Apparel’s embroidery operation and industry-standard digitizing specifications for each garment category.
| Placement | Garment | Logo Size | Stitch Count | Notes |
| Left chest | Polo shirt | 3.5″ W x 2.5″ H | 6,000-12,000 | Standard corporate logo, 3-5 colors, cutaway backing required |
| Left chest | Work jacket (12 oz. canvas) | 4″ W x 3″ H | 8,000-15,000 | 12 oz. duck canvas handles 15,000+ cleanly; Dri Duck Outlaw 5087, CornerStone J763 |
| Left chest | Hoodie / sweatshirt | 4″ W x 3″ H | 8,000-12,000 | Fleece requires cutaway backing plus water-soluble topper to prevent needle sinking into pile |
| Left chest | Dress shirt / Oxford | 3″ W x 2″ H | 5,000-9,000 | Finer woven fabric; keep stitch density moderate to avoid fabric damage |
| Cap front (flat) | Structured baseball cap | 4.5″ W x 2.25″ H max | 5,000-10,000 | Hard height limit at cap curve; Tajima runs caps at 1,000 rpm with reinforced 3-point cap driver |
| Cap front (3D puff) | Structured cap, buckram-backed front | 2-4″ W, 0.2″ min stroke | 7,500-15,000 | 1.5x-2x flat stitch count; EVA foam insert + capping stitches + increased satin density all increase total count |
| Right chest | Polo, dress shirt | 2-3″ W | 2,000-5,000 | Name, title, department ID; typically 1 color, minimal fill |
| Sleeve | Jacket, polo | 2-3″ W | 3,000-7,000 | Secondary logo, safety number, department badge |
| Back yoke | Work jacket | 10-14″ W | 20,000-40,000 | Company name in large satin stitch; readable from distance on job sites |
| Full back | Hoodie, sweatshirt | 10-14″ W | 25,000-50,000+ | School programs, team designs, sports league graphics |
| Beanie front | Knit beanie | 3″ W x 2″ H | 4,000-8,000 | Knit fabric requires water-soluble topper; over 8,000 stitches risks distortion on standard acrylic beanies |
Important note on ranges:These are production ranges, not guarantees. The actual stitch count for your specific logo depends on design complexity, color count, fill area coverage, and the negative space in the design. The same 3.5 x 2.5 inch logo can produce anywhere from 4,000 stitches (simple text only) to 18,000 stitches (complex crest with solid fills), depending on what is inside that bounding box.
How to Calculate Embroidery Stitch Count for Your Logo
There are two methods for estimating stitch count. One is fast and approximate. The other is slower and more accurate. Professional digitizers use neither of them — they run the file through digitizing software and read the exact count from the stitch file. But for pre-order planning, these two methods get you close enough to budget accurately and compare quotes.
Method 1: The Rule of Thumb – Fast, With a Critical Correction
The standard industry Rule of Thumb: 1 solid square inch of embroidery equals approximately 2,000 stitches. The calculation is: logo width (inches) x logo height (inches) x 2,000 = approximate stitch count.
Example: a logo that measures 2 inches wide by 1.5 inches tall sits inside a 3 square inch bounding box. Using the Rule of Thumb: 3 x 2,000 = 6,000 stitches.
1 solid square inch of embroidery equals approximately 2,000 stitches. Drop shadows translate to 200 extra stitches per inch. Straight lines beneath logos require approximately 200 extra stitches per inch. By StitchMine embroidery buying guide
The critical correction: the Rule of Thumb assumes 100% fill coverage. Almost no real logo is 100% filled within its bounding box. Letters have negative space inside them. There are gaps between design elements. Open space between a graphic icon and a company name sits inside the bounding box but receives no stitches.
For a typical corporate logo with text and an icon, the Rule of Thumb overestimates by 20 to 40%. A more accurate estimate: count only the square inches your design actually covers. Sketch the logo on 1-inch grid paper, shade only the filled areas, count those squares, and multiply by 2,000. Partial squares contribute proportionally.
Quick correction formula: For text-heavy logos, apply a 0.65 multiplier to the Rule of Thumb result. For solid icon or badge designs, apply a 0.85 multiplier. For designs that are mostly open space with an outline or crest, apply 0.5. These are estimates — only digitizing software produces an exact count.
Method 2: Stitch Count by Stitch Type – The Detailed Method
Most logos combine three types of stitches. Each type produces a different stitch count per area. Knowing which types appear in your logo lets you calculate a more accurate estimate than the Rule of Thumb alone.
| Stitch Type | Used For | Count Per Unit | Notes |
| Fill / Tatami (standard) | Solid color areas, backgrounds | 1,250-1,500 per sq inch | 6mm stitch length at normal density; increases to 1,500 when lettering sits on top of fill area |
| Satin stitch | Text, borders, narrow strokes | 150-200 per linear inch | Max recommended width: 7mm before splitting into double satin to prevent snagging |
| Running / Bean stitch | Fine outlines, travel paths, tiny details | 50 per linear inch | Used for elements under 1mm wide where satin stitch cannot close cleanly |
| Underlay | Base layer beneath all top stitches | 500-800 per sq inch | Stabilizes fabric before top stitches; 2-4mm spacing; adds to total count on every filled area |
| 3D puff satin | Raised foam embroidery on caps | 2x standard satin density | Capping stitches + increased density to slice EVA foam cleanly; see dedicated 3D puff section below |
Solid fill at 1 square inch with average density and a 6mm stitch length uses approximately 1,250 stitches. Satin borders produce approximately 200 stitches per linear inch. Running stitches produce approximately 50 stitches per linear inch. By ParsonsKellogg embroidery estimation guide
Adding Drop Shadows and Underlines to Your Estimate
Two design elements that buyers consistently forget to factor into their stitch count estimate are drop shadows and underlines.
- Drop shadow: adds approximately 200 stitches per inch of shadow length. A 3-inch wide company name with a drop shadow adds approximately 600 stitches to the total.
- Straight underline beneath logo: adds approximately 200 stitches per inch of line length. A 3-inch underline adds 600 stitches.
Both elements are decorative additions that many logo files include automatically. If your designer created a drop shadow version of the logo, always send the plain version for embroidery unless the drop shadow is essential to your brand identity. Removing it saves stitches, reduces cost, and often produces a cleaner result at small embroidery sizes.
Stitch Count Varies by Logo Type
The table below answers the most common pre-order question: how many stitches does my specific logo type need? These standards come from production data on common logo categories, not theoretical calculations.
| Logo Type | Stitch Count | Why |
| Single company name, block letters, left chest | 2,000-5,000 | Satin stitch text only; minimal fill; 1-2 colors; 1/4 inch letter height standard |
| Corporate logo, icon + text, 3-5 colors, left chest | 6,000-12,000 | Mix of satin text and fill icon; industry average for standard business logo on polo shirt |
| Complex crest or badge with background fill | 12,000-18,000 | Multiple elements, fine detail, solid fill areas, 5-8 colors; common for school programs, service organizations |
| Monogram or simple icon, cap front | 3,000-6,000 | Limited fill area, 2-3 colors, flat embroidery on structured cap front panel |
| Company name, 3D puff on cap (equivalent flat design) | 7,500-12,000 | 1.5x to 2x the flat stitch count for the same design; foam density increase required |
| School or team emblem, hoodie back | 25,000-40,000 | Large format, multiple colors, background fill area, team name in large satin; heavy-duty cutaway required |
| Large company name only, jacket back yoke | 15,000-25,000 | Large satin lettering across 10-14 inches; readable at distance from job sites |
| Name and title, right chest | 1,500-4,000 | Text only; 2 lines typical; 1 color; 1/4 inch minimum letter height |
On average, a unique corporate logo uses between 6,000 and 8,000 embroidery stitches. This amount can typically deliver a good level of detail while still being large enough to catch the eyes of passersby. By Merchology embroidery stitch count guide
Font and Text Embroidery: Minimum Size Requirements for Every Letter Style
Text is where most embroidery orders run into problems. The issue is not the digitizer’s skill. It is physics. Embroidery thread has a physical minimum width. When letter strokes fall below that minimum, the needle cannot maintain consistent tension through the satin column. The stitch breaks down in the fabric weave, and letters become blurry or illegible.
These limits exist on every commercial embroidery machine, including the Tajima TMAR-KC. They are not preferences. They are mechanical constraints.
| Font Style | Minimum Letter Height | Approximate Stitches Per Letter | Why This Limit Exists |
| Block / sans-serif | 1/4 inch (6.35mm) | 100 stitches at 1/4″ | Minimum for clean satin columns in upright vertical strokes; below this, needle skips |
| Serif (Times, Georgia, etc.) | 3/8 inch (9.5mm) | 150 stitches at 3/8″ | Serif details narrow to below 1/8 inch at 1/4 inch height; those strokes lose definition in the weave |
| Script / cursive | 1/2 inch (12.7mm) | 200+ stitches at 1/2″ | Connected letter strokes narrow to single-needle width at small sizes; loop connections disappear |
| All-caps only | 1/4 inch minimum | 80-100 stitches at 1/4″ | Uppercase letterforms have fewer stroke direction changes; holds definition slightly better than mixed-case at minimum size |
Minimum Satin Column Width
Across all font styles and design elements, the minimum usable satin stitch column width is 1/8 inch (3.175mm). Below this width, the machine cannot maintain consistent thread tension in the column. The needle-penetration angle becomes too steep relative to the column width, causing thread to bunch on one side and pull thin on the other.
The practical implication: if your logo has decorative thin strokes like hairlines, fine serifs, or ornamental details, those elements need to be converted to running stitch or removed entirely during digitizing. This is not a quality compromise. It is a production reality. We flag every thin element in the NW Custom Apparel 5-Point Logo Assessment before building the stitch file.
Script font warning: Many Washington businesses have logos created by graphic designers who have never ordered embroidery. Script logos usually look beautiful on screen and fail completely at embroidery minimum sizes. Before you commit to a script font logo on polo shirts, send us the file. We will confirm whether the letter size in your intended embroidery area is above the 1/2 inch minimum.
3D Puff Embroidery Stitch Count: Why It Runs Higher Than Flat Embroidery
3D puff embroidery uses a layer of EVA foam placed on the cap fabric before the machine cycle begins. As the needle stitches, it drives satin columns over the foam, encasing it in thread. The result is a design that rises 3mm or more above the cap surface.
The stitch count for 3D puff is higher than flat embroidery for the same design. Not slightly higher. Significantly higher.
Why Stitch Count Increases for 3D Puff
Three production requirements drive the stitch count increase.
Higher stitch density. Standard flat satin stitch runs at approximately 0.40mm between parallel stitches. 3D puff satin runs at 0.18mm. The tighter spacing is required to fully cover the foam surface and prevent foam peek-through between stitch columns. More stitches per linear inch means a higher total stitch count for the same design width.
Capping stitches. Horizontal capping stitches are added at the start and end of every satin column to seal the foam inside the thread like a capsule. These stitches prevent foam exposure at the column ends — where the needle enters and exits the foam perimeter. Every letter column requires two rows of capping stitches. This adds stitches to every filled element in the design.
No detail below 0.2 inches. Elements under 0.2 inches (5mm) wide cannot hold the foam cleanly. Below this width, foam crushes under the needle pressure rather than slicing cleanly, creating a rounded, blurry edge. Any thin elements in your logo must either be removed or converted to flat embroidery alongside the 3D puff elements.
| Factor | Flat Embroidery | 3D Puff Embroidery |
| Satin stitch density | 0.40mm between parallel stitches (standard) | 0.18mm between parallel stitches — 2.2x denser |
| Capping stitches | Not required | Horizontal rows at start and end of every satin column to seal foam |
| Machine speed (cap) | 1,000 rpm on Tajima TMAR-KC cap driver | 500-600 rpm — reduced to prevent friction heat and thread breakage on high-density passes |
| Minimum stroke width | 1/8 inch (3.175mm) minimum satin column | 0.2 inch (5mm) minimum — foam cannot be covered below this width |
| Effective stitch count multiplier | 1x baseline | 1.5x to 2x flat stitch count for the same design |
| Required cap type | Any structured cap with front panel | Buckram-backed front panel only — unstructured caps cannot support 3D puff tension |
For a complete guide to cap embroidery including flat vs. 3D puff selection, cap frame specifications on the Tajima TMAR-KC, and the Richardson 112 and New Era cap styles we produce most frequently, see custom embroidery caps and structured hats for Washington teams and businesses.
Stitch Count and Backing Material Selection: What Goes Behind the Fabric
Backing material is the stabilizer placed behind the fabric before embroidery. It absorbs the mechanical stress of 1,100 needle strikes per minute and prevents the garment from puckering, stretching, or shifting during the run. The stitch count of your logo determines which backing type and weight is required.
Using the wrong backing for a stitch count is one of the most common causes of embroidery quality failure. Too light a backing on a high-stitch-count design causes the embroidery to pull and distort. Too heavy a backing on a low-stitch-count delicate design stiffens the garment unnecessarily.
| Stitch Count | Backing Required | Fabric Examples | Why This Backing |
| Under 8,000 | Single layer tearaway on stable wovens | Oxford shirts, stable woven twill | Stable woven fabric supports light logos; tearaway leaves clean interior finish |
| 8,000-15,000 | Medium-weight cutaway | Polo shirts (pique knit), dress shirts | Knit fabric stretches; permanent cutaway backing prevents logo distortion over repeated wear and washing |
| 15,000+ | Heavy cutaway or double layer | Work jackets, hoodies, heavy fabric | High-density designs require heavy permanent stabilization; single layer insufficient to prevent pull at density above 15,000 |
| 3D puff (any count) | Cutaway plus EVA foam insert | Structured baseball caps | Foam requires cutaway support beneath the cap substrate to prevent compression during high-tension 3D stitching |
| Beanie (any count) | Cutaway plus water-soluble topper | Knit acrylic beanies | Water-soluble topper prevents needle sinking into knit loops; dissolves completely in water after embroidery |
| Fleece (any count) | Cutaway plus water-soluble topper | Hoodies, sweatshirts, fleece jackets | Brushed fleece surface requires topper to prevent stitches from sinking into pile; topper holds needle on surface |
Excessive density combined with short stitches creates stiff, thick-feeling designs. The ‘bulletproof patch’ effect is the most common mistake from using density that is too high for the application. By Lindee Goodall, master embroidery digitizer and Craftsy instructor — LindeeGEmbroidery.com
For a full technical breakdown of cutaway vs. tearaway vs. water-soluble backing selection across all garment types, see the NW Custom Apparel custom embroidery services hub covering machine specs and backing compatibility.
Stitch Count and Fabric Weight: Which Fabrics Handle High Stitch Counts
Fabric weight is measured in ounces per square yard. Heavier fabric means a denser, tighter weave. A denser weave holds more stitches without distorting. Lightweight fabric at high stitch counts puckers and pulls because the needle pressure exceeds what the fabric structure can absorb. See our detailed guide on best fabric for logo embroidery by garment type.
| Fabric Weight | Maximum Recommended Stitch Count | Example Garments | Risk Above Maximum |
| Under 4 oz. (very light polyester) | 5,000-6,000 | Lightweight performance shirts, thin sport jerseys | Puckering, fabric tearing around stitch edges |
| 5-6 oz. (light woven, oxford) | 6,000-8,000 | Dress shirts, Oxford shirts, lightweight polos | Visible puckering around logo perimeter |
| 6-7 oz. (pique knit polo) | 8,000-12,000 | Standard corporate polo shirts | Logo distortion; cutaway backing insufficient at high counts |
| 8-10 oz. (mid-weight canvas) | 10,000-14,000 | Dickies duck jackets, mid-weight twill shirts | Seam puckering on garments with multiple embroidery placements |
| 12 oz. (heavy duck canvas) | 15,000+ | Dri Duck Outlaw 5087, CornerStone J763, Carhartt-weight jackets | Minimal risk — 12 oz. canvas is the most embroidery-stable substrate |
| 300-400 gsm fleece | 10,000-12,000 (left chest) | Hoodies, sweatshirts, fleece jackets | Pile distortion; cutaway plus topper required above 8,000 stitches |
For detailed specs on how fabric weight affects embroidery stitch count and backing selection for Washington corporate and workwear orders, see logo embroidery for Washington businesses – polo shirts, jackets, and caps.
How Stitch Count Affects Your Embroidery Cost
Embroidery pricing has two components: garment cost and decoration cost. Decoration cost is calculated per stitch count tier. Understanding how that calculation works lets you budget accurately before requesting quotes and compare prices fairly across different shops.
Per-1,000 Stitch Pricing vs. Flat Rate Pricing
Per-1,000 stitch pricing is the traditional model. The shop charges a base rate for the first tier (typically up to 5,000 or 8,000 stitches) and an incremental rate per additional 1,000 stitches above that threshold. Industry retail rates in 2025 range from $1.00 to $3.00 per 1,000 stitches. A 10,000-stitch logo at $1.50 per 1,000 adds $15 per piece in decoration cost. A 20,000-stitch jacket back logo at the same rate adds $30 per piece.
Flat rate pricing covers decoration cost as a fixed fee regardless of stitch count within a range. This model is buyer-friendly for complex logos — if your logo falls within the tier, you pay the same rate as a simple text-only logo. NW Custom Apparel provides itemized quotes that show stitch count and decoration cost separately so you understand exactly what you are paying for.
The Reorder Advantage – Why Stitch Count Matters Less on Second Orders
Once your logo is digitized and stored in the Tajima TMAR-KC’s onboard memory (650-design capacity), reorders of the same design on the same garment type carry no re-digitizing cost and no new production setup fee. The stitch file is already built. The machine loads it and runs immediately. For Washington businesses with ongoing uniform programs, this means the first order carries the full stitch count cost, and every subsequent order is simply production time plus garment cost.
The NW Custom Apparel 5-Point Stitch Count Assessment
Every logo submitted to NW Custom Apparel goes through the same evaluation before we build the stitch file. This is the assessment we have refined over 47 years of producing embroidered apparel for Washington businesses.
We call it the 5-Point Stitch Count Assessment. Here is exactly what it checks, in sequence.
- Minimum line weight check. Every line element in the logo is measured. Lines under 0.125 inches (1/8 inch) are flagged. At this width, satin stitch definition becomes unreliable. Below 0.0625 inches (1/16 inch), the element cannot be reproduced by any commercial embroidery machine. Flagged elements are converted to running stitch or removed, and we confirm the change with you before building the file.
- Minimum text height check. All text in the logo is measured against the font-style minimums: 1/4 inch for block sans-serif, 3/8 inch for serif, 1/2 inch for script. Text below these thresholds is enlarged if possible within the placement dimensions, or we recommend a font change that holds at the required size.
- Gradient and blend check. Embroidery thread cannot reproduce photographic gradients or color blends. Any gradient in the logo requires translation to solid color blocks during digitizing. We confirm the translation approach and show you what the simplified version looks like before building the file. Some gradients simplify cleanly. Others require significant redesign.
- Color count assessment. The Tajima TMAR-KC carries 15 needles per head, each loaded with a different thread color. A logo with more than 15 distinct colors requires color consolidation, two similar shades merged into one thread color. We map your logo colors to Pantone thread codes, identify any colors that fall outside the 15-needle capacity, and confirm the consolidation approach before production. Most corporate logos use 3 to 7 colors and never hit this limit.
- Fabric compatibility check. We adjust stitch density, underlay weight, and presser foot settings on the Tajima for the specific fabric weight of your garment. A stitch file optimized for 12 oz. duck canvas is not the same file that runs on a 6 oz. pique polo. For orders with multiple garment types — polo shirts plus work jackets in the same order, for example — we build garment-specific parameters for each.
After the 5-point assessment, we build the stitch file, run a physical pre-production sample on the actual garment, and send you photos before the full run begins. This sequence eliminates the logo failures that other shops discover after the full run is already boxed.
To submit your logo for a free assessment and quote, see the NW Custom Apparel custom embroidery services – machine specs, backing materials, and the full production process.
Frequently Asked Questions – Embroidery Stitch Count
A standard corporate logo on a left-chest polo shirt placement runs between 6,000 and 12,000 stitches.
Complex logos with multiple elements, solid fill areas, or more than 5 colors can reach 12,000 to 18,000 on left-chest placements. Simple text-only logos often fall below 5,000.
The standard recommended maximum for a structured baseball cap front panel is 10,000 stitches for flat embroidery. The embroidery field on the Tajima TMAR-KC cap frame is 75mm x 360mm, approximately 3 inches tall by 14.2 inches wide. The height limit at the cap curve is 2.25 inches maximum. For 3D puff embroidery on cap fronts, the effective stitch count runs 1.5x to 2x higher for the same design footprint — plan for 7,500 to 15,000 stitches depending on design complexity.
Yes, directly. The Tajima TMAR-KC runs at a maximum of 1,100 stitches per minute on tubular garments. A 10,000-stitch left-chest logo takes approximately 9 minutes per production cycle. With 8 heads running simultaneously, that is 8 pieces per cycle. A 20,000-stitch jacket back design takes approximately 18 minutes per cycle for 8 pieces. Higher stitch counts extend run time proportionally, which affects how many pieces can be completed within a standard 10-business-day turnaround.
A 3D puff version of the same design runs 1.5x to 2x the stitch count of the flat version. A flat cap logo at 6,000 stitches requires approximately 9,000 to 12,000 stitches in 3D puff. The increase comes from three factors: higher satin density (0.18mm between stitches versus 0.40mm for flat), capping stitches added at the start and end of every satin column, and the elimination of any design element narrower than 0.2 inches.
Minimum letter height is 1/4 inch (6.35mm) for block and sans-serif fonts. Serif fonts require a minimum of 3/8 inch (9.5mm) because the serif details narrow below the minimum satin column width at smaller sizes. Script and cursive fonts require a minimum of 1/2 inch (12.7mm) because connected letter strokes become single-needle width below this height. These are mechanical limits (not design preferences) set by the physical properties of embroidery thread and needle geometry.
Embroidery decoration cost is usually calculated per 1,000 stitches above a base threshold. A 6,000-stitch logo costs less to decorate per piece than a 12,000-stitch logo. At high quantities, per-piece decoration cost decreases as the fixed cost elements — digitizing, pre-production sample, machine setup — amortize across more pieces. NW Custom Apparel includes digitizing in the decoration cost on all orders. Reorders of the same design carry no re-digitizing fee.
Vector files like AI, EPS, or print-ready PDF, produce the cleanest digitizing results and carry no artwork conversion fee. High-resolution PNG or JPG at 300 DPI minimum at the actual print size are accepted with a small conversion fee. Low-resolution screenshots, Word document exports, and embedded web graphics require logo recreation before digitizing can begin. If you are unsure whether your logo file is suitable, email it to sales@nwcustomapparel.com. We confirm suitability within 1 business day.
Often yes. The most effective reductions come from three changes. First, remove drop shadows, they add 200 stitches per inch and rarely improve logo readability at embroidery sizes. Second, convert thin decorative strokes (hairlines, fine borders) from satin stitch to running stitch. This can reduce stitch count by 15 to 25% on logos with complex borders. Third, reduce the logo size slightly within the placement area — stitch count scales with area, so a 10% size reduction produces approximately a 20% stitch count reduction. NW Custom Apparel recommends simplifications only when the reduction genuinely improves the embroidered result.
Send Your Logo for a Free Stitch Count Assessment
Not sure what stitch count your logo produces? Send us your artwork file, the garment you have in mind, and the placement you want. We run the 5-Point Logo Assessment, estimate the stitch count, and return a quote within 1 business day.
Phone: 1-800-851-3671
Email: sales@nwcustomapparel.com
Showroom: 2025 Freeman Rd E, Milton, WA 98354 — Monday through Friday, 10:00 AM to 3:00 PM
Explore the other NW Custom Apparel embroidery services:
Custom embroidered work jackets for construction and trades crews across Washington state
Custom embroidered sweatshirts and hoodies for Washington schools and team programs
Embroidered beanies for Washington crews, teams, and corporate giveaways
Author: Erik Mickelson | 29 years experience | Washington State University 1996 | Founder Apparel Graphic Academy | NW Custom Apparel
