Blurry or pixelated logos
The logo looks acceptable on a phone but breaks apart on a sign, banner, vehicle graphic, or large print.
Manual logo repair and redraw service
Logo repair and vectorization services for artwork that will not print cleanly.
Fix a blurry logo, repair a pixelated PNG, recreate missing artwork, or turn an AI-generated logo into clean, scalable files. A designer manually redraws the logo for signs, apparel, business cards, banners, vehicles, packaging, screen printing, and professional print production.
Starting at $19. The selected level is reviewed before production; a different price is never charged silently.
Logo repair and vectorization solves a different problem from a normal file conversion. Renaming a JPEG, placing it in a PDF, or running a one-click trace does not repair jagged edges, compressed lettering, missing details, or the mistakes inside AI-generated artwork. A manual redraw creates a dependable, print-ready logo master that can be inspected, edited, separated by color, scaled, and handed to a printer or sign shop without guessing what the artwork was supposed to be.
If you are not sure whether the source has enough resolution, run the free artwork preflight check first. It measures the actual file at the intended output size. If the problem is resolution in a photograph rather than logo geometry, the guide to fixing low-resolution artwork for print explains when a smaller size or reviewed upscale is more appropriate than vectorization.
Send every useful reference you still have. An old printed piece can clarify letterforms, a website image can confirm color relationships, and a storefront photo can show how the mark was previously arranged. The designer can compare those sources instead of treating the defects in one compressed file as the official logo.
What gets repaired
From a blurry source to a usable logo master
The before-and-after view is not an upscale preview. It shows the practical difference between visible pixels and deliberately rebuilt artwork. The designer studies the strongest available reference, identifies the intended geometry and lettering, then reconstructs the parts that should remain consistent at every size.
- Jagged or stair-stepped edges become controlled curves.
- Compressed or uneven lettering is redrawn and spaced intentionally.
- Broken symmetry, gaps, overlaps, and AI artifacts are corrected.
- Colors are reduced and standardized for more predictable production.
- Tiny details can be simplified when they will fail in vinyl, embroidery, or small print.
- Transparent backgrounds and clean one-color versions can be prepared for common uses.
Common source problems
Logo redraws for files that are missing, damaged, or too small
Businesses often lose the original artwork when a website changes, an employee leaves, or an old designer is no longer available. The only surviving logo may be a thumbnail from a website, a screenshot, a scan from a business card, artwork copied from social media, or a low-quality JPEG pulled from an email signature. Those files can be enough reference for a professional redraw, but they are not production files by themselves.
AI-generated logos
Lettering is fake, shapes change direction, symmetry is inconsistent, or decorative details cannot be manufactured.
Screenshots and website copies
The image is flattened, compressed, and too small because the original design file is unavailable.
Old scans and business cards
The only reference has paper texture, print dots, distortion, shadows, or wear that should not become part of the new master.
Bad automatic traces
The file has too many nodes, rough paths, holes, and wobbly edges even though its extension says SVG or EPS.
Logos that need simplification
A detailed master needs a cleaner small-format version for embroidery, vinyl cutting, engraving, or promotional items.
You can also use the image-to-vector suitability check to understand whether automatic tracing is reasonable. Clean flat artwork may trace well. Logos with damaged text, shading, tiny details, photographs, or generated mistakes usually need human judgment. The guide to when vectorization fails explains why a file can technically contain paths and still be unusable for production.
Choose the closest level
Simple, medium, and complex logo repair examples
Choose by the work visible in the source, not by the size of the final sign. A simple logo can be printed very large after it is rebuilt; a small but highly illustrated logo can still be complex.
Simple
Basic logo cleanup
Best for clean flat logos with one to three colors, readable lettering, basic shapes, and little or no shading. The work is primarily accurate manual vector conversion and edge cleanup.
- Clear reference
- Few flat colors
- Basic geometry
- No missing lettering
Medium
Logo repair
Best for blurry logos, moderate detail, compressed text, uneven spacing, color cleanup, small missing areas, or artwork that needs real reconstruction instead of a direct trace.
- Several shapes or colors
- Lettering repair
- Moderate detail
- Limited shading
Complex
Complete reconstruction
Best for AI-generated logos, mascots, badly damaged screenshots, missing custom lettering, detailed illustration, gradients, or substantial redraw and simplification decisions.
- Detailed illustration
- Major missing parts
- AI artifacts
- Shading or many colors
If the level is wrong, the vendor can return the order for classification review with a reason and suggested level. Production does not begin under a silently changed price.
Why a vector logo matters
Scale the logo without scaling the damage
Raster artwork is built from pixels. A raster logo can print cleanly when it has enough pixels for the selected size, but enlarging it eventually exposes the grid. Vector artwork describes lines, curves, and filled shapes mathematically, so the same clean master can be used on a business card, storefront sign, trade-show wall, vehicle door, or cut-vinyl graphic without creating a new edge every time.
Vector does not mean every visual should be traced. Photographs, paint texture, and continuous-tone illustration usually belong in raster form. A strong production file can be hybrid: vector lettering and logo geometry combined with properly sized raster imagery. The article on the best file format for professional printing explains when PDF, PNG, TIFF, SVG, or EPS is the appropriate handoff.
Quick vector test
- 1Find the original SVG, EPS, AI, or PDF rather than a copy pasted into email.
- 2Open it in a vector editor and zoom well beyond normal viewing size.
- 3Confirm the edges remain smooth instead of becoming square pixels.
- 4Try selecting the logo shapes or outlined letters individually.
- 5Check that a JPEG or PNG is not merely embedded inside the vector container.
- 6Ask the receiving shop to inspect paths, fonts, spot colors, and linked images before production.
Deliverables and uses
Files your printer, sign shop, and future designer can use
Included vector formats
- SVGEditable scalable artwork for modern design, web, and many production workflows.
- EPSA common exchange format for sign, screen-print, and established vector workflows.
- Print-ready PDFAn inspectable handoff that can preserve vector shapes, page intent, and color information.
- High-resolution JPEGA convenient preview and raster option for systems that do not accept vector uploads.
Common production uses
Repaired logos are commonly used for exterior signs, channel letters, dimensional letters, banners, trade-show displays, vehicle graphics, business cards, brochures, labels, packaging, screen printing, direct-to-garment printing, engraving, laser cutting, and promotional products.
Embroidery requires stitch instructions rather than ordinary vector paths. When the repaired logo will be sewn on garments or hats, order the separate embroidery digitizing service. A clean vector logo is an excellent reference, but it is not automatically a sew-ready machine file.
Beyond the main outline
Typography, color standards, and useful logo versions
Repair lettering instead of tracing compression
Lettering is often the first part of a low-resolution logo to fail. JPEG compression fills small counters, softens corners, and changes the apparent width of strokes. Automatic tracing can turn that damage into wobbly outlines. A logo repair may identify a close commercial typeface, rebuild custom letters, correct the baseline and spacing, or redraw only the damaged characters while preserving the recognizable wordmark.
The returned vector file should handle fonts deliberately. A production handoff may outline approved lettering so another shop does not need the font, while the editable master may retain documented live type when licensing and workflow permit. Outlining prevents substitution, but it also means future copy changes require the master or a careful reconstruction.
Standardize colors without promising impossible matches
A repaired logo can document RGB values for screens, HEX values for websites, CMYK values for process printing, and suggested spot-color references for production conversations. Those numbers are starting specifications, not proof that every monitor, printer, ink, laminate, fabric, and illuminated sign will look identical. Substrate, coating, light, device profiles, and production method still affect the result.
Color-critical work should be reviewed in the receiving workflow. The guide to RGB and CMYK print files explains why a screen color may shift in process printing and why a physical proof or approved material sample matters when the brand color has a narrow tolerance.
Prepare variants for actual placements
One full-color horizontal logo rarely handles every production use. A practical package can include full color, one color, black, white or reversed, horizontal, stacked, icon-only, and a simplified small-format version. The simplified version should remain recognizably the same brand while removing details that cannot survive a small label, pen imprint, embroidery placement, vinyl cut, engraving, or channel-letter fabrication.
State which variants are needed in the order notes. If a later vendor changes stroke weight, spacing, or color construction for its device, keep that machine-specific artwork as a separate production revision. The approved vector master remains the reference, while the adapted file records what was changed for that application.
Ordering and turnaround
A fast logo repair service with human review
STEP 1
Upload the best source
Send the clearest logo file available and explain where the repaired artwork will be used.
STEP 2
Classification review
The vendor confirms that simple, medium, or complex matches the visible work before production.
STEP 3
Manual redraw
A designer rebuilds geometry, lettering, color shapes, and production versions according to the instructions.
STEP 4
Secure delivery
Download the completed formats from your order page and request changes during the 48-hour review window.
Standard: 12–24 hours
Standard production begins after vendor acceptance. Complex logo reconstruction may require up to 48 hours when important lettering, illustration, or missing structure must be rebuilt.
Express: four-hour target, +$10
Express is available as a turnaround target after acceptance. A classification issue or source that does not support the requested repair can pause the clock until the order is clarified.
Completed files stay tied to the order and its instructions. If the logo is moving into a customer approval workflow, the print shop proofing software keeps the named proof revision, comments, production context, and approval record together instead of sending another unexplained email attachment.
Frequently asked questions
Logo repair and vectorization questions
Can you fix a blurry logo if I only have a JPEG or PNG?
Yes. A clear JPEG, PNG, screenshot, scan, website image, or photo of printed artwork can be used as reference. The designer manually rebuilds the usable shapes instead of pretending that changing the file extension creates vector paths.
Is automatic image tracing the same as a professional logo redraw?
No. Automatic tracing can be useful for very clean flat artwork, but compressed edges, small lettering, gradients, and AI artifacts often create rough paths and thousands of unnecessary points. Manual logo redraws let a designer correct the construction rather than tracing every defect.
How can I tell whether my logo is already vector?
Open the original SVG, EPS, AI, or PDF and zoom in closely. True vector edges stay smooth and individual shapes can usually be selected in a vector editor. A JPEG or PNG placed inside an SVG or PDF is still raster artwork and will eventually show pixels.
What files do I receive after logo vectorization?
Vector orders include an editable SVG, EPS, print-ready PDF, and high-resolution JPEG. The delivery can also include useful one-color or reversed artwork when those versions are part of the approved instructions.
Can you repair AI-generated logos and fake lettering?
Yes. AI logo cleanup can rebuild unreadable lettering, uneven symmetry, distorted shapes, excess detail, and color construction that will not reproduce well. Substantial reconstruction belongs in the complex service level and may require classification review.
How fast is the logo repair service?
Express service targets four hours after vendor acceptance and adds $10. Standard service targets 12–24 hours. Complex reconstruction may require up to 48 hours, particularly when lettering or detailed illustration must be rebuilt.
Your logo does not need another fake file conversion.
Upload the best source you have, choose the closest repair level, and include the products or processes the final logo must support.