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Convert PNG to vector

Can you turn a PNG into a vector?


Yes, you can turn a PNG into a vector file. A PNG is a raster format composed of pixels. Vector graphics are defined by mathematical paths. Turning a PNG into a vector file is therefore not a simple format conversion, but a reconstruction process.

Critical baseline:

  • PNG → pixel matrix (raster)

  • Vector file → paths / curves / nodes

  • EPS / SVG / PDF → containers (vector not guaranteed)

Saving a PNG as EPS without generating paths merely embeds raster data inside an EPS container. No vector behavior is created.


PNG is a raster format

PNG (Portable Network Graphics) stores images as pixels. It supports lossless compression and transparency, which makes it excellent for screen graphics. However, scalability is still resolution-bound.

Practical implication:

✓ Scaling beyond native resolution → interpolation artifacts
✓ No geometric structure exists to scale cleanly

Vector graphics behave differently because shapes are recalculated rather than resampled.


EPS is a container, not a guarantee

EPS (Encapsulated PostScript) is frequently associated with vector workflows, but technically it is a graphics container. An EPS file may contain:

✓ True vector geometry
✓ Raster imagery
✓ Mixed content

Important nuance:

An .eps extension alone does not confirm vector file content.

 
convert png to eps vector file<

Convert PNG to vector EPS

Converting a PNG to a vector EPS file is not a simple format change. PNG is a raster format composed of pixels. Vector graphics consist of mathematical paths. A vector EPS file only exists when geometric path data has been created.

Critical baseline:

  • PNG → raster (pixel matrix)

  • EPS → graphics container (vector not guaranteed)

  • Vectorization → geometric reconstruction

Saving a PNG as .eps without reconstructing paths merely embeds raster data inside an EPS container. This provides no vector advantages such as infinite scaling or geometric editability.

Vector graphics behave differently because shapes are recalculated mathematically rather than interpolated from pixels.


Why vector EPS files are requested in production workflows

Vector geometry is commonly required when output demands include:

✓ Resolution-independent scaling
✓ Clean edge reproduction
✓ Stable RIP/rendering behavior
✓ Plotting / cutting compatibility

Typical applications:

  • Printing

  • Signmaking

  • Stickers / decals

  • Textile printing

  • Promotional products

Raster images remain resolution-bound regardless of container format.


Software environments commonly used for PNG → vector EPS workflows

Different applications produce fundamentally different results. The presence of EPS output capability does not guarantee vector geometry.


Adobe Illustrator (vector-native, industry standard)

Illustrator is designed for vector geometry creation and reconstruction.

Capabilities:

✓ Image Trace (automated reconstruction)
✓ Pen Tool (manual reconstruction)
✓ Precise node and curve control
✓ Reliable EPS / PDF / SVG export

Strength:

✓ Full control over geometric structure

Important nuance:

Automated tracing frequently requires cleanup due to node inflation and curve instability.


Inkscape (vector-native, free, open source)

Inkscape is the most practical free alternative.

Capabilities:

✓ Trace Bitmap (automated reconstruction)
✓ Manual node/path editing
✓ EPS / SVG / PDF export

Strength:

✓ No licensing cost

Limitations:

✗ Tracing artifacts common
✗ Cleanup typically required
✗ Interpretation differences across workflows


CorelDRAW (vector-native, production-focused)

CorelDRAW is widely used in print and signmaking workflows.

Capabilities:

✓ Raster import and tracing tools
✓ Path editing utilities
✓ EPS export

Strength:

✓ Production-oriented vector tools


Adobe Photoshop (raster-native)

Photoshop can save EPS files but is not designed for vector reconstruction.

Capabilities:

✓ EPS container export

Limitations:

✗ Output typically raster EPS
✗ No automated raster-to-vector reconstruction

Photoshop EPS ≠ vector EPS.


GIMP (raster-native, free)

GIMP is a raster editor and cannot generate vector geometry.

Capabilities:

✓ Raster preparation

Limitations:

✗ No vector path generation
✗ EPS export typically raster-based


Online converters and web tools

Various web tools advertise PNG → EPS conversion.

Typical characteristics:

✓ Convenient access
✗ Vector geometry not guaranteed
✗ Limited geometric control
✗ Often raster EPS or noisy vectors

Common failure mode:

Excessive node density and unstable curves.


Fundamental vectorization strategies

Regardless of software, vector reconstruction typically follows one of two approaches:


Automated tracing (algorithmic reconstruction)

Software analyzes pixel transitions and generates paths.

Advantages:

✓ Fast starting point

Limitations:

✗ Node inflation
✗ Curve irregularities
✗ Artifacts requiring cleanup

Tracing prioritizes visual similarity, not geometric efficiency.


Manual reconstruction (geometry-first workflow)

Shapes are rebuilt using path tools.

Advantages:

✓ Clean curves
✓ Minimal nodes
✓ Stable geometry
✓ Predictable production behavior

Limitations:

✗ Time-intensive
✗ Requires vector proficiency


Critical nuance: vector quality vs file format

Vector output quality is determined by:

✓ Path logic
✓ Node density
✓ Curve stability
✓ Absence of artifacts

Not by EPS extension alone.

A structurally poor vector file may render correctly on screen but cause failures in print, RIP, or cutting workflows.


Practical conclusion

Multiple software environments can generate an EPS file from a PNG. Only vector-native applications can generate true vector EPS geometry, and only when paths have been reconstructed correctly.

Software selection affects:

✓ Geometric stability
✓ Cleanup requirements
✓ Production reliability

File extension alone does not define vector validity.

Convert PNG to vector in Photoshop

Adobe Photoshop is a raster-native application designed for pixel manipulation, not vector reconstruction. While Photoshop can save files using vector container formats such as EPS, this does not mean the image has been vectorized.

Critical baseline:

  • PNG → raster (pixel-based)

  • Photoshop → pixel editor

  • EPS → container (vector not guaranteed)

Photoshop does not provide automated raster-to-vector reconstruction comparable to Illustrator or Inkscape. Any vector structure created in Photoshop requires manual path construction.

Important nuance:

Saving a PNG as EPS in Photoshop typically results in a raster EPS, not a vector EPS.


What Photoshop can and cannot do

Photoshop can:

✓ Edit pixel images
✓ Create paths manually
✓ Store paths inside documents
✓ Export EPS containers

Photoshop cannot:

✗ Automatically convert pixels into vector geometry
✗ Generate production-grade vector paths via tracing
✗ Replace vector-native software for vectorization


Step-by-step workflow — Creating vector paths from a PNG in Photoshop (manual method)

This workflow does not convert pixels automatically. It describes manually building vector paths.


Step 1 — Open the PNG

  1. Launch Photoshop

  2. File → Open → select PNG

Inspect the image at high zoom levels.

Why: edge clarity directly affects path accuracy.


Step 2 — Prepare the image (optional but often necessary)

Improve visibility of edges if needed:

✓ Increase contrast
✓ Remove background distractions
✓ Simplify tonal transitions

Why: Photoshop paths follow visual boundaries. Noise complicates reconstruction.


Step 3 — Create paths using the Pen Tool

  1. Select the Pen Tool (P)

  2. Begin manually plotting anchor points

  3. Construct Bézier curves along shape edges

Best practice:

✓ Use minimal anchor points
✓ Prioritize smooth curves
✓ Avoid excessive nodes

Why: vector quality depends on geometric efficiency.


Step 4 — Refine paths

Use the Direct Selection Tool (A).

Adjust:

✓ Node positions
✓ Curve handles
✓ Path continuity

Correct visible distortions.


Step 5 — Convert paths to Shape Layers (optional)

✓ Convert Work Path → Shape Layer

Why: shape layers provide clearer fill/stroke control.


Step 6 — Repeat reconstruction for all graphic elements

Complex logos require multiple independent paths.


Step 7 — Save as EPS (container export)

  1. File → Save As…

  2. Choose Photoshop EPS

Critical nuance:

✓ EPS container created
✗ Vector behavior depends entirely on paths
✗ Raster data may remain embedded


Step 8 — Verify output structure (mandatory QC)

Open the EPS in vector-native software.

Check:

✓ Shapes selectable as paths
✓ No embedded raster imagery (unless intentional)
✓ Curve stability at extreme zoom

Why: EPS validity does not guarantee vector geometry.


Structural limitations of Photoshop vector workflows

Photoshop’s path engine is primarily intended for:

✓ Masking
✓ Clipping paths
✓ Compositing workflows

Not for production vector construction.

Common issues:

✗ Inefficient node management
✗ No tracing engine
✗ Geometry cleanup limitations
✗ Raster residue inside EPS


Cons (production-relevant)

✗ No automated vectorization
✗ EPS output often raster-based
✗ Subscription licensing required
✗ Manual reconstruction required
✗ Inefficient for complex graphics
✗ Not intended to vectorize


Practical conclusion

Photoshop can store and export paths but is not designed for vectorization. Creating a true vector EPS from a PNG in Photoshop is technically possible yet inefficient and rarely used in professional vector workflows. Vector-native applications remain structurally superior.

Convert PNG to vector in Illustrator


Yes — Illustrator is a vector-native environment and one of the standard tools for reconstructing vector geometry from raster images such as PNG or JPG. However, this is not a literal file conversion. Illustrator does not “transform pixels into vectors” automatically. Instead, it rebuilds shapes as paths using tracing algorithms or manual drawing tools.

Critical baseline:

  • PNG → raster (pixel-based)

  • Illustrator → vector-native

  • EPS / AI / SVG / PDF → containers (vector not guaranteed)

  • Image Trace → automated geometric reconstruction

Exporting to EPS only produces a vector file if actual paths have been generated.


Structural reality of Image Trace

Image Trace is frequently described as “easy vectorization”, but technically it performs algorithmic shape approximation. The output may resemble the original image visually while containing inefficient or unstable geometry.

Common tracing artefacts:

✗ Node inflation
✗ Irregular curves
✗ Fragmented shapes
✗ Micro-path noise

For production-grade vectors, tracing is usually a starting point rather than a finished result.


Step-by-step tutorial — Convert PNG to vector using Image Trace


Step 1 — Place the PNG correctly

  1. Open Illustrator

  2. File → Place… → select PNG

Avoid copy-paste workflows.

Why: placed images preserve predictable scale behavior and avoid hidden transformations.


Step 2 — Inspect raster quality before tracing

Zoom to 200–400%.

Check for:

✓ Sharp edges
✓ Compression artefacts
✓ Noise / texture
✓ Small details that may distort

Why: tracing engines convert visual transitions into vector geometry. Raster defects become path defects.


Step 3 — Open Image Trace controls

  1. Select the image

  2. Window → Image Trace

convert png to eps illustrator

Important nuance:

The initial result is a preview, not vector geometry.


Step 4 — Select tracing mode deliberately

Choose based on artwork structure:

✓ Black & White → line art / simple logos
✓ Color → flat multi-color graphics
✓ Grayscale → tonal imagery (often inefficient)

Why: tracing mode defines segmentation logic.


Step 5 — Adjust Image Trace parameters cautiously

Key controls affecting geometry:

Threshold / Colors
→ Determines shape detection behavior

Paths
→ Accuracy vs anchor point count

Corners
→ Corner interpretation logic

Noise
→ Suppresses micro-artifacts

Typical failure mode:

✗ Excessively high fidelity → excessive nodes and unstable curves

Why: vector stability is more important than pixel-perfect imitation.


Step 6 — Expand into real vector paths

Click Expand
(or Object → Image Trace → Expand)

What changes technically:

✓ Preview becomes vector objects
✓ Paths and nodes generated
✓ Geometry becomes editable

Without Expand, no vector structure exists.


Step 7 — Perform geometric cleanup (critical step)

Tracing commonly produces structural issues:

✗ Excess anchor points
✗ Fragmented objects
✗ Stray micro-paths
✗ Curve instability

Cleanup actions:

✓ Delete artefacts
✓ Merge logical shapes
✓ Simplify cautiously
✓ Correct curves manually

Why: production workflows depend on clean geometry, not visual similarity.


Step 8 — Quality control via Outline View

Switch to View → Outline.

Inspect:

✓ Node density
✓ Path continuity
✓ Curve smoothness
✓ Hidden artefacts

Why: visual preview hides geometric problems.


Step 9 — Save/export as vector

Best practice:

✓ Save editable master → AI
✓ Export delivery format → EPS / PDF / SVG

Important nuance:

Vector extension ≠ vector quality.


When Image Trace is insufficient

For logos, typography, and precision-critical artwork, manual reconstruction with the Pen Tool typically yields superior geometry:

✓ Clean Bézier curves
✓ Minimal nodes
✓ Stable paths
✓ Predictable production behavior

Image Trace approximates; manual reconstruction defines.


Benefits (technically framed)

✓ Rapid starting point for vector reconstruction
✓ Full control over vector formats (EPS / AI / SVG / PDF)
✓ Editable geometric paths (after Expand + cleanup)
✓ Suitable for print / cutting workflows when geometry is clean


Cons (real-world constraints)

✗ Subscription licensing cost
✗ Learning curve for path logic and QC
✗ Tracing output often requires cleanup
✗ Manual reconstruction time-intensive
✗ Poor tracing settings produce unstable geometry


Practical conclusion

Illustrator can generate true vector files from PNG images, but vector quality is determined by path structure and cleanup discipline, not by Image Trace alone or file format selection.

Convert PNG to Vector Inkscape

Inkscape is a vector-native application capable of reconstructing vector geometry from raster images such as PNG files. While the software is free and fully suited for vector editing, the underlying mechanics remain unchanged: a PNG contains pixels, and vector graphics require mathematical paths.

inkscape

Critical baseline:

  • PNG → raster (pixel-based)

  • Inkscape → vector-native

  • Vectorization → geometric reconstruction

  • EPS / SVG / PDF → containers (vector not guaranteed)

Importing a PNG into Inkscape does not create vectors automatically. Vector geometry only exists once paths have been generated.


Structural reality of automatic tracing

Inkscape’s Trace Bitmap function performs algorithmic shape detection. It approximates edges based on tonal transitions. This produces usable starting geometry but frequently introduces structural issues.

Common tracing artefacts:

✗ Excess nodes (node inflation)
✗ Irregular curves
✗ Fragmented shapes
✗ Small artefact paths

Tracing is therefore best treated as a reconstruction aid rather than a finished result.


Step-by-step tutorial — Convert PNG to vector using Inkscape


Step 1 — Import the PNG correctly

  1. Open Inkscape

  2. File → Import → select PNG

  3. Choose Embed

Why: embedding prevents missing-link issues and ensures stable document behavior.


Step 2 — Inspect raster quality before tracing

Zoom significantly (200–400%).

Check for:

✓ Clean edges
✓ Limited noise / texture
✓ Compression artefacts
✓ Small details that may distort

Why: tracing engines interpret pixel transitions. Noise increases path complexity.


Step 3 — Open Trace Bitmap

  1. Select the image

  2. Path → Trace Bitmap

This opens the reconstruction controls.

Important nuance:

Preview ≠ final vector geometry.


Step 4 — Choose tracing method aligned with artwork structure

Typical options:

Single Scan → Brightness Cutoff
✓ Suitable for simple logos / silhouettes

Multiple Scans → Colors
✓ Suitable for flat multi-color graphics

Avoid unnecessary scan complexity.

Why: each additional scan increases geometric density.


Step 5 — Adjust tracing parameters deliberately

Important controls:

✓ Threshold / Colors
✓ Number of scans
✓ Smoothness
✓ Noise suppression

Typical failure mode:

✗ Excessively detailed settings → node inflation and unstable paths

Why: geometric efficiency is more important than pixel-perfect imitation.


Step 6 — Execute trace

Click OK.

Inkscape generates a new vector object directly above the raster.


Step 7 — Confirm vector creation

Move the traced object aside.

✓ Vector moves independently → paths created
✓ Delete/hide original PNG

Why: ensures vector geometry exists rather than duplicated raster content.


Step 8 — Perform geometric cleanup (mandatory)

Automatic tracing commonly produces:

✗ Excess anchor points
✗ Minor artefact shapes
✗ Uneven curves
✗ Fragmented geometry

Cleanup actions:

✓ Delete stray objects
✓ Merge logical shapes
✓ Simplify cautiously
✓ Correct curves manually

Why: production stability depends on path quality.


Step 9 — Quality control (structure-focused)

Inspect using the Node Tool.

Check:

✓ Node density
✓ Curve smoothness
✓ Path continuity
✓ Closed shapes where required

Avoid relying solely on visual preview.


Step 10 — Save/export vector output

Best practice:

✓ Save editable master → SVG
✓ Export EPS / PDF if required

Important nuance:

Vector extension ≠ vector quality.


Inkscape Conversion Tips (technically framed)

✓ Use Preview to evaluate segmentation behavior
✓ Adjust Threshold conservatively to avoid noise paths
✓ Prefer simpler tracing modes for logos
✓ Evaluate node density before export
✓ Manual corrections often improve stability


Practical conclusion

Inkscape provides a technically valid free workflow for PNG → vector reconstruction. However, automatic tracing output must be inspected and refined to ensure geometric stability suitable for printing, cutting, or scaling workflows.


Convert PNG to Vector Affinity Designer

Affinity Designer is a vector-native graphics application capable of producing true vector geometry. Like any vector workflow, converting a PNG to vector is not a literal file conversion. A PNG contains pixels; vector graphics require paths, nodes, and Bézier curves.

Critical baseline:

  • PNG → raster (pixel-based)

  • Affinity Designer → vector-native

  • Vectorization → geometric reconstruction

  • SVG / EPS / PDF → containers (vector not guaranteed)

Importing a PNG into Affinity Designer does not create vector data automatically. Vector structure only exists once paths have been constructed.


Structural reality of vectorization in Affinity Designer

Unlike Illustrator or Inkscape, Affinity Designer does not rely primarily on automated tracing for raster reconstruction. Production-grade results are typically achieved through manual path construction using vector tools.

Why manual reconstruction is often preferred:

✓ Precise curve control
✓ Minimal node count
✓ Clean geometry
✓ Predictable scaling behavior

Automated tracing engines frequently prioritize visual similarity rather than geometric stability.


Step-by-step tutorial — Convert PNG to vector using Affinity Designer


Step 1 — Import the PNG correctly

  1. Open Affinity Designer

  2. File → Place (or File → Open) → select PNG

Confirm the image is placed as a raster layer.

Why: distinguishes source pixels from reconstructed vector objects.


Step 2 — Evaluate raster suitability

Vector reconstruction works best for:

✓ Logos / symbols
✓ High-contrast graphics
✓ Flat shapes
✓ Clean silhouettes

Poor candidates:

✗ Photographs
✗ Heavy texture / noise
✗ Soft gradients

Why: vector graphics describe shape geometry, not pixel texture.


Step 3 — Reduce visual complexity if necessary

If edges are unclear:

✓ Increase contrast externally
✓ Remove background distractions
✓ Simplify tonal transitions

Why: manual tracing depends on visible shape boundaries.


Step 4 — Select the Pen Tool (vector reconstruction core)

  1. Activate the Pen Tool (P)

  2. Begin placing anchor points along shape edges

  3. Construct curves using Bézier handles

Best practice:

✓ Use minimal nodes
✓ Prioritize smooth curve segments
✓ Avoid excessive anchor placement

Why: vector quality is defined by geometric efficiency.


Step 5 — Refine curves and nodes

Use the Node Tool.

Adjust:

✓ Curve smoothness
✓ Node alignment
✓ Handle direction
✓ Path continuity

Correct distortions early.


Step 6 — Separate logical shapes

For complex graphics:

✓ Create independent paths per element
✓ Avoid merging unrelated geometry

Why: improves editability and structural clarity.


Step 7 — Apply fills and strokes deliberately

Define:

✓ Fill colors
✓ Stroke widths
✓ Join/cap behavior

Why: appearance is controlled independently of geometry.


Step 8 — Remove or hide the original PNG

✓ Confirm vector paths fully describe the artwork
✓ Delete or hide raster reference

Why: prevents raster residue inside vector exports.


Step 9 — Quality control (geometry-focused)

Inspect at high zoom levels.

Check:

✓ Node density
✓ Curve stability
✓ Smooth transitions
✓ Closed shapes where required

Avoid relying solely on visual similarity.


Step 10 — Export vector output

Preferred master:

✓ Save editable file → Affinity format

Common delivery formats:

✓ SVG (widely compatible)
✓ EPS / PDF (production workflows)

Important nuance:

Vector extension ≠ vector quality.


Efficiency Tips for Affinity Designer (technically framed)

✓ Use layers to isolate vector objects
✓ Group related geometry logically
✓ Minimize node count for smooth curves
✓ Avoid over-tracing pixel noise
✓ Validate curves at extreme zoom


Practical conclusion

Affinity Designer supports true vector workflows, but PNG → vector reconstruction remains a geometric process. Manual path construction typically yields cleaner, more stable vectors than automated tracing approaches, particularly for logos and production graphics.

Convert PNG to Vector CorelDraw

CorelDRAW is a vector-native graphics application widely used in print, signage, and production workflows. As with any vectorization process, converting a PNG to vector is not a literal file conversion. A PNG contains pixels, while vector graphics require paths, nodes, and curves.

Critical baseline:

  • PNG → raster (pixel-based)

  • CorelDRAW → vector-native

  • PowerTRACE → automated geometric reconstruction

  • SVG / EPS / PDF → containers (vector not guaranteed)

Exporting to a vector format only produces scalable geometry when actual vector paths have been generated.


Structural reality of PowerTRACE

PowerTRACE performs algorithmic shape detection based on pixel transitions. It can accelerate vector reconstruction, but the output geometry often requires refinement.

Common automatic tracing artefacts:

✗ Node inflation
✗ Uneven curves
✗ Fragmented objects
✗ Micro-path noise

Tracing prioritizes visual resemblance, not geometric efficiency.


Step-by-step tutorial — Convert PNG to vector using CorelDRAW


Step 1 — Import the PNG correctly

  1. Open CorelDRAW

  2. File → Import → select PNG

  3. Place the image on the document

Why: preserves predictable scaling behavior and prevents embedded distortions.


Step 2 — Inspect raster quality before tracing

Zoom significantly (200–400%).

Check for:

✓ Clean edges
✓ Compression artefacts
✓ Noise / texture
✓ Small details likely to distort

Why: tracing engines reconstruct geometry from pixel transitions. Defects become path complexity.


Step 3 — Initiate PowerTRACE

  1. Select the imported PNG

  2. Choose Trace Bitmap → Outline Trace (or similar PowerTRACE option)

CorelDRAW generates a preview interpretation.

Important nuance:

Preview ≠ final vector geometry.


Step 4 — Select tracing strategy aligned with artwork type

Typical presets:

✓ Line Art → high-contrast graphics
✓ Logo → flat color graphics
✓ Detailed Image → complex artwork (use cautiously)

Why: tracing mode defines segmentation logic.


Step 5 — Adjust PowerTRACE parameters deliberately

Key controls affecting geometry:

✓ Detail / smoothing balance
✓ Corner sharpness
✓ Noise suppression
✓ Color handling

Typical failure mode:

✗ Excessive detail → node inflation and unstable curves

Why: vector stability is governed by curve logic, not pixel fidelity.


Step 6 — Complete tracing and generate paths

Apply the trace.

✓ Vector objects created
✓ Raster reference retained separately

Confirm geometry creation by moving the traced object.


Step 7 — Remove raster reference if appropriate

✓ Delete or hide original PNG

Why: prevents raster residue inside vector exports.


Step 8 — Perform geometric refinement (critical step)

Automatic tracing commonly produces:

✗ Excess nodes
✗ Irregular curves
✗ Fragmented shapes
✗ Small artefact paths

Refinement actions:

✓ Use node editing tools
✓ Reduce unnecessary nodes cautiously
✓ Smooth curves manually
✓ Merge logical shapes

Why: production workflows depend on clean geometry.


Step 9 — Quality control (structure-focused)

Inspect for:

✓ Node density consistency
✓ Curve smoothness
✓ Path continuity
✓ Closed shapes where required

Do not rely solely on visual appearance.


Step 10 — Export vector output

Common delivery formats:

✓ SVG (widely compatible)
✓ EPS / PDF (production workflows)

Important nuance:

Vector extension ≠ vector quality.


CorelDRAW Professional Techniques (technically framed)

✓ Customize PowerTRACE settings rather than relying on presets
✓ Favor simpler geometry for logos and production graphics
✓ Use node reduction conservatively
✓ Correct key curves manually
✓ Validate geometry at extreme zoom levels


Practical conclusion

CorelDRAW’s PowerTRACE can accelerate PNG → vector reconstruction, but automatic output must be evaluated and refined. Vector quality is defined by path efficiency and curve stability, not by tracing alone or file format selection.

Convert PNG to vector for free

The question we get asked the most is: How do I convert a PNG to vector file for free? With Inkscape it's possible, if you lack knowledge of Inkscape then you should consider our vector service. 

Watch the video below to learn how the vector service works. 


    Convert PNG to vector online

    Convert image to vector

    We are happy to help you on your way with vectorizing your logo or image. You send us the logo in JPG, PNG or PDF and we convert the logo into an EPS vector file using Adobe Illustrator. We use the pen tool and recreate the logo manually with the correct fonts. Then we export the new vector logo in an EPS file so you can get started! 

    Advantages of vector file creation by Logovectorservice:

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    • We vectorize images, photos, logos and drawings
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    • Very easy to order via the website
    • Small adjustments are possible 
    • One-time payment (very attractive price)
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