Category: 3D Printing

This is where all the new fangled 3D printing stuff will go.

Prusa MK4 + MMU3

Prusa MK4 + MMU3 – Detailed Review & Guide

Prusa MK4 + MMU3

Precision Multi-Material 3D Printer – Comprehensive Review & Guide

Price (USD) $1,199–$1,349 (bundle)
Price (GBP) £1,049–£1,199 (bundle)
Rating 4.6/5.0 ⭐⭐⭐⭐⭐

📋 Overview & Reviews

Last Updated: Based on reviews from the last 12 months (2024–2025)

Key Features

  • 5‑material MMU3 multi‑material system
  • Exceptional print quality with Input Shaper & Pressure Advance
  • Build volume: 250 × 210 × 220 mm
  • Direct drive extruder with high precision
  • Fully open-source ecosystem
  • PrusaSlicer integration with MMU-specific tools

Community Reviews & Feedback

Positive Aspects:

  • Industry-leading reliability once calibrated
  • MMU3 is significantly more stable than MMU2S
  • Excellent print quality, especially for mechanical parts
  • Open-source firmware and slicer provide deep control
  • Great for multi-color logos, signs, and functional parts

Areas for Improvement:

  • MMU3 setup requires patience and calibration
  • Color changes are slower than AMS-based systems
  • Purge block waste can be high
  • TPU not compatible with MMU3

🎯 Best Practices for MK4 + MMU3

Initial Setup

  1. Assemble MMU3 carefully and align filament paths
  2. Run Prusa’s guided MMU calibration wizard
  3. Update firmware for both MK4 and MMU3
  4. Print the official MMU3 test print
  5. Verify filament sensors are functioning correctly

Daily Maintenance

  • Clean the smooth PEI sheet before each print
  • Check MMU idler tension weekly
  • Inspect PTFE tubes for wear
  • Lubricate linear bearings monthly
  • Monitor purge block size for multi-color jobs

Material Handling

  • PLA and PETG recommended for MMU3
  • ABS works well with enclosure add-ons
  • TPU cannot be used with MMU3
  • Use filament with consistent diameter for best reliability

🖥️ Recommended Slicers

The MK4 + MMU3 works best with:

  • PrusaSlicer (Official): Full MMU3 integration
  • SuperSlicer: Advanced tuning for power users

⚙️ Optimal Slicer Settings

General Quality Settings

Setting Recommended Value Notes
Layer Height 0.2mm (standard), 0.1mm (high detail) MK4 excels at fine layers
Print Speed 80–150 mm/s Reduce to 60 mm/s for multi-material
Travel Speed 200 mm/s Helps reduce stringing
Retraction Distance 0.6–1.0 mm Direct drive extruder
Retraction Speed 35–45 mm/s Prevents blobs during tool changes

Curved Top Surfaces

  • Enable ironing for PLA
  • Ironing speed: 20–35 mm/s
  • Top layers: 6–8

Minimizing Layer Lines

  • Enable Input Shaper
  • Use adaptive layer height
  • Use “Random” seam for organic models

Support Settings

Setting Recommended Value
Support Type Organic or Snug
Overhang Angle 55°
Support Density 10–12%
Top Distance 0.25 mm

🔧 Calibration Guide

Bed Leveling

  1. Heat bed to 60°C
  2. Run auto-leveling
  3. Verify with paper test
  4. Adjust Z-offset if needed

Extruder Calibration

  1. Mark 120mm of filament
  2. Extrude 100mm
  3. Measure remaining filament
  4. Adjust flow accordingly

Temperature Calibration

  • PLA: 200–215°C
  • PETG: 235–250°C
  • ABS: 245–260°C

Flow Rate Calibration

  1. Print single-wall cube
  2. Measure wall thickness
  3. Adjust flow until accurate

⚠️ Common Issues & Solutions

MMU Filament Load Failures

  • Check idler tension
  • Use high-quality filament
  • Ensure PTFE tubes are clean

Stringing

  • Increase travel speed
  • Lower temperature by 5–10°C
  • Enable combing

Under-Extrusion

  • Check extruder tension
  • Dry filament thoroughly
  • Increase flow by 2–5%

Purge Block Waste

  • Use “Wipe to Infill” in PrusaSlicer
  • Reduce color change frequency

📊 Material-Specific Recommendations

PLA

  • 200–210°C nozzle, 60°C bed
  • Best for multi-material prints
  • Brands: Prusament, eSun, Overture

PETG

  • 240–250°C nozzle, 80°C bed
  • Reduce speed to avoid stringing

ABS

  • 245–260°C nozzle, 100°C bed
  • Use enclosure for best results

TPU

  • Not compatible with MMU3
  • Print directly at 20–30 mm/s

Elegoo Neptune 4

Elegoo Neptune 4 – Detailed Review & Guide

Elegoo Neptune 4

Single Color 3D Printer – Comprehensive Review & Guide

Price (USD) $199
Price (GBP) £179
Rating 4.5/5.0 ⭐⭐⭐⭐⭐
Build Volume 220 x 220 x 250 mm

📋 Overview & Reviews

Last Updated: Based on reviews from the last 12 months (2024-2025)

Key Features

  • Type: Single Color
  • Build Volume: 220 x 220 x 250 mm
  • Automatic bed leveling system
  • Modern user interface
  • Wi-Fi connectivity
  • High-speed printing capability

Community Reviews & Feedback

Positive Aspects:

  • Excellent print quality for the price point
  • Reliable automatic bed leveling
  • Good build quality and construction
  • User-friendly setup process
  • Active community support

Areas for Improvement:

  • Some users report occasional calibration needs
  • Material compatibility varies by brand
  • May require fine-tuning for optimal results

🎯 Best Practices for Elegoo Neptune 4

Initial Setup

  1. Ensure the printer is on a stable, level surface
  2. Run the automatic bed leveling sequence before first print
  3. Calibrate the Z-offset carefully for optimal first layer
  4. Check all connections and ensure build plate is clean
  5. Update firmware to the latest version

Daily Maintenance

  • Clean the build plate with isopropyl alcohol before each print
  • Check nozzle for clogs and clean if necessary
  • Inspect and clean the material feed system regularly
  • Monitor first layer adhesion on each print
  • Keep the build area clean from debris

Material Handling

  • Store filaments in a dry environment (consider a dry box)
  • Use high-quality filaments to reduce issues
  • Monitor material levels during long prints
  • Document optimal settings for each filament brand

🖥️ Recommended Slicers

The Elegoo Neptune 4 works best with the following slicers:

  • Cura: Most popular choice with excellent community support
  • PrusaSlicer: Excellent for advanced users with fine control
  • SuperSlicer: Great for users who want maximum customization
  • OrcaSlicer: Modern slicer with good features (Bambu Lab printers)

⚙️ Optimal Slicer Settings

General Quality Settings

Setting Recommended Value Notes
Layer Height 0.2mm (standard), 0.15mm (high quality) Balance between quality and speed
First Layer Height 0.3mm Better adhesion
Print Speed 50-60 mm/s Reduce to 30-40 mm/s for first layer
Travel Speed 150 mm/s Faster travel reduces stringing
Retraction Distance 1.5-2.0 mm Adjust based on material
Retraction Speed 40-50 mm/s Prevents stringing

Curved Top Surfaces (Top Layer Quality)

  • Top Layer Count: 5-7 layers for smooth surfaces
  • Top Surface Skin Layers: 2-3 layers
  • Ironing: Enable for ultra-smooth top surfaces (Cura)
  • Ironing Flow: 5-10%
  • Ironing Speed: 30-50 mm/s
  • Top Surface Pattern: Concentric or Lines for best results

Minimizing Layer Lines & Seams

  • Seam Position: Set to “Random” or “Aligned” based on model
  • Z-Seam Alignment: Use “Sharpest Corner” to hide seams
  • Layer Height: Use smaller layer heights (0.15mm or 0.1mm) for less visible lines
  • Adaptive Layer Height: Enable to vary layer height based on geometry
  • Variable Layer Height: Use thicker layers on straight sections, thinner on curves

Support Settings for Easy Removal

Setting Recommended Value
Support Type Tree supports (Cura) or Organic supports (PrusaSlicer)
Support Overhang Angle 45-50 degrees
Support Top Distance 0.2-0.3mm (1-2 layers)
Support Bottom Distance 0.2-0.3mm
Support Interface Enable with 0.2mm spacing
Support Density 10-15% for most prints
Support Pattern Grid or Zigzag

Tips for Support Removal:

  • Use support interface layers for easier removal
  • Increase support Z-distance slightly if supports are too difficult to remove
  • Consider using breakaway supports or PVA for complex overhangs
  • Print supports at lower density (10%) to reduce material usage and ease removal

🔧 Calibration Guide

Bed Leveling

  1. Heat the bed to printing temperature (60°C for PLA)
  2. Run the automatic bed leveling sequence from the printer menu
  3. Manually verify leveling using a piece of paper at all four corners
  4. Adjust Z-offset until paper has slight resistance when moving
  5. Test with a first layer calibration print

Extruder Calibration

  1. Mark 120mm of filament from the extruder entry point
  2. Extrude 100mm through the printer menu
  3. Measure the remaining filament
  4. Calculate: New E-steps = (Old E-steps × 100) / Actual Extruded
  5. Update E-steps in printer firmware or slicer

Temperature Calibration

  • Print a temperature tower for each new material
  • Test range: 190-220°C for PLA, 240-260°C for PETG
  • Choose temperature with best layer adhesion and surface quality
  • Document optimal temperatures for each filament brand

Flow Rate Calibration

  1. Print a single-wall calibration cube
  2. Measure wall thickness with calipers
  3. Adjust flow rate: New Flow = (Expected Width / Actual Width) × 100
  4. Re-test until wall thickness matches expected value

⚠️ Common Issues & Solutions

Stringing

  • Solution: Increase retraction distance to 2.0-2.5mm
  • Solution: Increase retraction speed to 45-50 mm/s
  • Solution: Enable “Wipe while retracting” in slicer
  • Solution: Reduce print temperature by 5-10°C
  • Solution: Increase travel speed to minimize time between layers

Lack of Adhesion (First Layer Issues)

  • Solution: Clean build plate thoroughly with isopropyl alcohol
  • Solution: Adjust Z-offset to be closer to bed (reduce gap)
  • Solution: Increase first layer temperature by 5-10°C
  • Solution: Reduce first layer speed to 20-30 mm/s
  • Solution: Use adhesion aids: hairspray, glue stick, or PEI sheet
  • Solution: Ensure bed temperature is correct (60°C for PLA, 80°C for PETG)

Support Issues

  • Solution: Increase support top/bottom distance to 0.3mm
  • Solution: Use tree supports for better removal
  • Solution: Reduce support density to 10%
  • Solution: Enable support interface for easier removal
  • Solution: Adjust support overhang angle to 50 degrees

Layer Shifting

  • Solution: Check belt tension and tighten if loose
  • Solution: Reduce print speed, especially for tall prints
  • Solution: Ensure printer is on stable surface
  • Solution: Check for mechanical obstructions

Clogging

  • Solution: Use high-quality, dry filament
  • Solution: Perform cold pulls to clear clogs
  • Solution: Check nozzle temperature is appropriate for material
  • Solution: Clean nozzle regularly with wire brush
  • Solution: Ensure proper material flow and no kinks in filament

Warping

  • Solution: Use enclosed chamber if available (keep doors closed)
  • Solution: Increase bed temperature
  • Solution: Use brim or raft for better adhesion
  • Solution: Avoid drafts and temperature fluctuations
  • Solution: Consider using ABS-specific settings or switch to PETG

📊 Material-Specific Recommendations

PLA

  • Temperature: 200-210°C nozzle, 60°C bed
  • Speed: 50-60 mm/s
  • Retraction: 1.5-2.0mm at 40-50 mm/s
  • Best Brands: Sunlu, Flashforge, Bambu Labs, Hatchbox

PETG

  • Temperature: 240-250°C nozzle, 80°C bed
  • Speed: 40-50 mm/s
  • Retraction: 2.0-3.0mm at 35-40 mm/s
  • Best Brands: Sunlu, Overture, Polymaker

ABS

  • Temperature: 240-260°C nozzle, 90-100°C bed
  • Speed: 40-50 mm/s
  • Retraction: 2.0-3.0mm at 40 mm/s
  • Note: Requires enclosed chamber, good ventilation

TPU (Flexible)

  • Temperature: 220-230°C nozzle, 50-60°C bed
  • Speed: 20-30 mm/s (slow)
  • Retraction: Minimal (0.5-1.0mm) or disable
  • Note: Use direct drive if possible, reduce flow rate

Bambu Lab P1S + AMS

Bambu Lab P1S + AMS – Detailed Review & Guide

Bambu Lab P1S + AMS

Enclosed High-Speed Multi-Color 3D Printer – Comprehensive Review & Guide

Price (USD) $949–$1,099 (bundle)
Price (GBP) £849–£999 (bundle)
Rating 4.8/5.0 ⭐⭐⭐⭐⭐

📋 Overview & Reviews

Last Updated: Based on reviews from the last 12 months (2024–2025)

Key Features

  • Fully enclosed chamber for stable temperature control
  • 4‑color AMS multi-material system
  • High-speed CoreXY motion system (up to 500 mm/s)
  • Build volume: 256 × 256 × 256 mm
  • Automatic bed leveling and vibration compensation
  • Compatible with Bambu Studio and OrcaSlicer

Community Reviews & Feedback

Positive Aspects:

  • Outstanding print quality with minimal tuning
  • Enclosure allows reliable ABS and ASA printing
  • AMS is extremely reliable for multi-color jobs
  • Fast printing with excellent surface finish
  • Great for functional parts and multi-color models

Areas for Improvement:

  • Purge waste can be high on color-heavy prints
  • AMS requires dry filament for best performance
  • Noise levels increase at high speeds
  • Occasional filament grinding if AMS paths are dirty

🎯 Best Practices for P1S + AMS

Initial Setup

  1. Assemble AMS and connect via the included cable
  2. Run auto bed leveling and vibration calibration
  3. Update firmware for both printer and AMS
  4. Load filaments and run AMS calibration
  5. Print a multi-color calibration model

Daily Maintenance

  • Clean the textured plate before each print
  • Check AMS filament paths for dust buildup
  • Inspect extruder gears weekly
  • Lubricate linear rods monthly
  • Monitor purge tower size for multi-color jobs

Material Handling

  • PLA and PETG work flawlessly
  • ABS and ASA perform well thanks to enclosure
  • TPU should not be used in AMS
  • Store filament in dry boxes to prevent AMS jams

🖥️ Recommended Slicers

The P1S + AMS works best with:

  • Bambu Studio (Official): Full AMS integration
  • OrcaSlicer: Community favorite with advanced tuning

⚙️ Optimal Slicer Settings

General Quality Settings

Setting Recommended Value Notes
Layer Height 0.2mm (standard), 0.12mm (high detail) Excellent for functional and decorative prints
Print Speed 200–300 mm/s Reduce to 120 mm/s for multi-color
Travel Speed 300 mm/s Reduces stringing
Retraction Distance 0.6–1.0 mm Direct drive extruder
Retraction Speed 35–45 mm/s Prevents blobs

Curved Top Surfaces

  • Enable ironing for PLA
  • Ironing speed: 20–35 mm/s
  • Top layers: 6–8

Minimizing Layer Lines

  • Enable pressure advance
  • Use adaptive layer height
  • Use “Random” seam for organic models

Support Settings

Setting Recommended Value
Support Type Organic
Overhang Angle 55°
Support Density 10–12%
Top Distance 0.25 mm

🔧 Calibration Guide

Bed Leveling

  1. Heat bed to 60°C
  2. Run auto-leveling
  3. Verify with paper test
  4. Adjust Z-offset if needed

Extruder Calibration

  1. Mark 120mm of filament
  2. Extrude 100mm
  3. Measure remaining filament
  4. Adjust flow accordingly

Temperature Calibration

  • PLA: 200–215°C
  • PETG: 235–250°C
  • ABS/ASA: 245–260°C

Flow Rate Calibration

  1. Print single-wall cube
  2. Measure wall thickness
  3. Adjust flow until accurate

⚠️ Common Issues & Solutions

AMS Filament Jams

  • Keep filament dry
  • Clean AMS paths regularly
  • Use high-quality spools

Stringing

  • Increase travel speed
  • Lower temperature by 5–10°C
  • Enable combing

Under-Extrusion

  • Check extruder tension
  • Dry filament thoroughly
  • Increase flow by 2–5%

Warping (ABS/ASA)

  • Keep enclosure closed
  • Increase bed temperature
  • Use brim or raft

📊 Material-Specific Recommendations

PLA

  • 200–210°C nozzle, 60°C bed
  • Best for multi-color prints
  • Brands: Bambu, eSun, Overture

PETG

  • 240–250°C nozzle, 80°C bed
  • Reduce speed to avoid stringing

ABS / ASA

  • 245–260°C nozzle, 100°C bed
  • Enclosure makes these materials reliable

TPU

  • Do not use with AMS
  • Print directly at 20–30 mm/s

Creality K1

Creality K1 – Detailed Review & Guide

Creality K1

Single Color 3D Printer – Comprehensive Review & Guide

Price (USD) $379
Price (GBP) £329
Rating 4.5/5.0 ⭐⭐⭐⭐⭐
Build Volume 220 x 220 x 250 mm

📋 Overview & Reviews

Last Updated: Based on reviews from the last 12 months (2024-2025)

Key Features

  • Type: Single Color
  • Build Volume: 220 x 220 x 250 mm
  • Automatic bed leveling system
  • Modern user interface
  • Wi-Fi connectivity
  • High-speed printing capability

Community Reviews & Feedback

Positive Aspects:

  • Excellent print quality for the price point
  • Reliable automatic bed leveling
  • Good build quality and construction
  • User-friendly setup process
  • Active community support

Areas for Improvement:

  • Some users report occasional calibration needs
  • Material compatibility varies by brand
  • May require fine-tuning for optimal results

🎯 Best Practices for Creality K1

Initial Setup

  1. Ensure the printer is on a stable, level surface
  2. Run the automatic bed leveling sequence before first print
  3. Calibrate the Z-offset carefully for optimal first layer
  4. Check all connections and ensure build plate is clean
  5. Update firmware to the latest version

Daily Maintenance

  • Clean the build plate with isopropyl alcohol before each print
  • Check nozzle for clogs and clean if necessary
  • Inspect and clean the material feed system regularly
  • Monitor first layer adhesion on each print
  • Keep the build area clean from debris

Material Handling

  • Store filaments in a dry environment (consider a dry box)
  • Use high-quality filaments to reduce issues
  • Monitor material levels during long prints
  • Document optimal settings for each filament brand

🖥️ Recommended Slicers

The Creality K1 works best with the following slicers:

  • Cura: Most popular choice with excellent community support
  • PrusaSlicer: Excellent for advanced users with fine control
  • SuperSlicer: Great for users who want maximum customization
  • OrcaSlicer: Modern slicer with good features (Bambu Lab printers)

⚙️ Optimal Slicer Settings

General Quality Settings

Setting Recommended Value Notes
Layer Height 0.2mm (standard), 0.15mm (high quality) Balance between quality and speed
First Layer Height 0.3mm Better adhesion
Print Speed 50-60 mm/s Reduce to 30-40 mm/s for first layer
Travel Speed 150 mm/s Faster travel reduces stringing
Retraction Distance 1.5-2.0 mm Adjust based on material
Retraction Speed 40-50 mm/s Prevents stringing

Curved Top Surfaces (Top Layer Quality)

  • Top Layer Count: 5-7 layers for smooth surfaces
  • Top Surface Skin Layers: 2-3 layers
  • Ironing: Enable for ultra-smooth top surfaces (Cura)
  • Ironing Flow: 5-10%
  • Ironing Speed: 30-50 mm/s
  • Top Surface Pattern: Concentric or Lines for best results

Minimizing Layer Lines & Seams

  • Seam Position: Set to “Random” or “Aligned” based on model
  • Z-Seam Alignment: Use “Sharpest Corner” to hide seams
  • Layer Height: Use smaller layer heights (0.15mm or 0.1mm) for less visible lines
  • Adaptive Layer Height: Enable to vary layer height based on geometry
  • Variable Layer Height: Use thicker layers on straight sections, thinner on curves

Support Settings for Easy Removal

Setting Recommended Value
Support Type Tree supports (Cura) or Organic supports (PrusaSlicer)
Support Overhang Angle 45-50 degrees
Support Top Distance 0.2-0.3mm (1-2 layers)
Support Bottom Distance 0.2-0.3mm
Support Interface Enable with 0.2mm spacing
Support Density 10-15% for most prints
Support Pattern Grid or Zigzag

Tips for Support Removal:

  • Use support interface layers for easier removal
  • Increase support Z-distance slightly if supports are too difficult to remove
  • Consider using breakaway supports or PVA for complex overhangs
  • Print supports at lower density (10%) to reduce material usage and ease removal

🔧 Calibration Guide

Bed Leveling

  1. Heat the bed to printing temperature (60°C for PLA)
  2. Run the automatic bed leveling sequence from the printer menu
  3. Manually verify leveling using a piece of paper at all four corners
  4. Adjust Z-offset until paper has slight resistance when moving
  5. Test with a first layer calibration print

Extruder Calibration

  1. Mark 120mm of filament from the extruder entry point
  2. Extrude 100mm through the printer menu
  3. Measure the remaining filament
  4. Calculate: New E-steps = (Old E-steps × 100) / Actual Extruded
  5. Update E-steps in printer firmware or slicer

Temperature Calibration

  • Print a temperature tower for each new material
  • Test range: 190-220°C for PLA, 240-260°C for PETG
  • Choose temperature with best layer adhesion and surface quality
  • Document optimal temperatures for each filament brand

Flow Rate Calibration

  1. Print a single-wall calibration cube
  2. Measure wall thickness with calipers
  3. Adjust flow rate: New Flow = (Expected Width / Actual Width) × 100
  4. Re-test until wall thickness matches expected value

⚠️ Common Issues & Solutions

Stringing

  • Solution: Increase retraction distance to 2.0-2.5mm
  • Solution: Increase retraction speed to 45-50 mm/s
  • Solution: Enable “Wipe while retracting” in slicer
  • Solution: Reduce print temperature by 5-10°C
  • Solution: Increase travel speed to minimize time between layers

Lack of Adhesion (First Layer Issues)

  • Solution: Clean build plate thoroughly with isopropyl alcohol
  • Solution: Adjust Z-offset to be closer to bed (reduce gap)
  • Solution: Increase first layer temperature by 5-10°C
  • Solution: Reduce first layer speed to 20-30 mm/s
  • Solution: Use adhesion aids: hairspray, glue stick, or PEI sheet
  • Solution: Ensure bed temperature is correct (60°C for PLA, 80°C for PETG)

Support Issues

  • Solution: Increase support top/bottom distance to 0.3mm
  • Solution: Use tree supports for better removal
  • Solution: Reduce support density to 10%
  • Solution: Enable support interface for easier removal
  • Solution: Adjust support overhang angle to 50 degrees

Layer Shifting

  • Solution: Check belt tension and tighten if loose
  • Solution: Reduce print speed, especially for tall prints
  • Solution: Ensure printer is on stable surface
  • Solution: Check for mechanical obstructions

Clogging

  • Solution: Use high-quality, dry filament
  • Solution: Perform cold pulls to clear clogs
  • Solution: Check nozzle temperature is appropriate for material
  • Solution: Clean nozzle regularly with wire brush
  • Solution: Ensure proper material flow and no kinks in filament

Warping

  • Solution: Use enclosed chamber if available (keep doors closed)
  • Solution: Increase bed temperature
  • Solution: Use brim or raft for better adhesion
  • Solution: Avoid drafts and temperature fluctuations
  • Solution: Consider using ABS-specific settings or switch to PETG

📊 Material-Specific Recommendations

PLA

  • Temperature: 200-210°C nozzle, 60°C bed
  • Speed: 50-60 mm/s
  • Retraction: 1.5-2.0mm at 40-50 mm/s
  • Best Brands: Sunlu, Flashforge, Bambu Labs, Hatchbox

PETG

  • Temperature: 240-250°C nozzle, 80°C bed
  • Speed: 40-50 mm/s
  • Retraction: 2.0-3.0mm at 35-40 mm/s
  • Best Brands: Sunlu, Overture, Polymaker

ABS

  • Temperature: 240-260°C nozzle, 90-100°C bed
  • Speed: 40-50 mm/s
  • Retraction: 2.0-3.0mm at 40 mm/s
  • Note: Requires enclosed chamber, good ventilation

TPU (Flexible)

  • Temperature: 220-230°C nozzle, 50-60°C bed
  • Speed: 20-30 mm/s (slow)
  • Retraction: Minimal (0.5-1.0mm) or disable
  • Note: Use direct drive if possible, reduce flow rate

Bambu Lab A1 + AMS Lite

Bambu Lab A1 + AMS Lite – Detailed Review & Guide

Bambu Lab A1 + AMS Lite

High-Speed Multi-Color 3D Printer – Comprehensive Review & Guide

Price (USD) $449–$559 (bundle)
Price (GBP) £399–£499 (bundle)
Rating 4.7/5.0 ⭐⭐⭐⭐⭐

📋 Overview & Reviews

Last Updated: Based on reviews from the last 12 months (2024–2025)

Key Features

  • 4‑color AMS Lite multi-material system
  • High-speed printing up to 500 mm/s
  • Build volume: 256 × 256 × 256 mm
  • Auto bed leveling and vibration compensation
  • Direct drive extruder for precise filament control
  • Fully integrated Bambu Studio slicer ecosystem

Community Reviews & Feedback

Positive Aspects:

  • Large build volume compared to A1 Mini
  • AMS Lite works seamlessly with Bambu Studio
  • Excellent print quality with minimal tuning
  • Fast printing with reliable multi-color performance
  • Great for functional parts and decorative prints

Areas for Improvement:

  • Purge waste still present with multi-color prints
  • Open-frame design limits ABS performance
  • Occasional AMS Lite filament tangles reported
  • Noise levels increase at high speeds

🎯 Best Practices for A1 + AMS Lite

Initial Setup

  1. Assemble AMS Lite and connect via the included cable
  2. Run auto bed leveling and vibration calibration
  3. Update firmware for both printer and AMS Lite
  4. Load filaments and run AMS Lite calibration
  5. Print a multi-color test model

Daily Maintenance

  • Clean the textured plate before each print
  • Check AMS Lite filament paths for dust
  • Inspect extruder gears weekly
  • Lubricate linear rods monthly
  • Monitor purge tower size for multi-color jobs

Material Handling

  • PLA recommended for best multi-color results
  • PETG works well with slower speeds
  • TPU not recommended in AMS Lite
  • Store filament in dry boxes to prevent tangles

🖥️ Recommended Slicers

The A1 + AMS Lite works best with:

  • Bambu Studio (Official): Full AMS Lite integration
  • OrcaSlicer: Community favorite with advanced tuning

⚙️ Optimal Slicer Settings

General Quality Settings

Setting Recommended Value Notes
Layer Height 0.2mm (standard), 0.12mm (high detail) Great for functional and decorative prints
Print Speed 200–300 mm/s Reduce to 120 mm/s for multi-color
Travel Speed 300 mm/s Reduces stringing
Retraction Distance 0.6–1.0 mm Direct drive extruder
Retraction Speed 35–45 mm/s Prevents blobs

Curved Top Surfaces

  • Enable ironing for PLA
  • Ironing speed: 20–35 mm/s
  • Top layers: 6–8

Minimizing Layer Lines

  • Enable pressure advance
  • Use adaptive layer height
  • Use “Random” seam for organic models

Support Settings

Setting Recommended Value
Support Type Organic
Overhang Angle 55°
Support Density 10–12%
Top Distance 0.25 mm

🔧 Calibration Guide

Bed Leveling

  1. Heat bed to 60°C
  2. Run auto-leveling
  3. Verify with paper test
  4. Adjust Z-offset if needed

Extruder Calibration

  1. Mark 120mm of filament
  2. Extrude 100mm
  3. Measure remaining filament
  4. Adjust flow accordingly

Temperature Calibration

  • PLA: 200–215°C
  • PETG: 235–250°C

Flow Rate Calibration

  1. Print single-wall cube
  2. Measure wall thickness
  3. Adjust flow until accurate

⚠️ Common Issues & Solutions

AMS Lite Filament Tangles

  • Keep filament dry
  • Use high-quality spools
  • Ensure smooth spool rotation

Stringing

  • Increase travel speed
  • Lower temperature by 5–10°C
  • Enable combing

Under-Extrusion

  • Check extruder tension
  • Dry filament thoroughly
  • Increase flow by 2–5%

First Layer Issues

  • Clean plate with IPA
  • Adjust Z-offset slightly lower
  • Re-run auto-leveling

📊 Material-Specific Recommendations

PLA

  • 200–210°C nozzle, 60°C bed
  • Best for multi-color prints
  • Brands: Bambu, eSun, Overture

PETG

  • 240–250°C nozzle, 80°C bed
  • Reduce speed to avoid stringing

ABS

  • Not recommended (open-frame printer)
  • Prone to warping

TPU

  • Do not use with AMS Lite
  • Print directly at 20–30 mm/s

Artillery Sidewinder X2

Artillery Sidewinder X2 – Detailed Review & Guide

Artillery Sidewinder X2

Single Color 3D Printer – Comprehensive Review & Guide

Price (USD) $279
Price (GBP) £249
Rating 4.4/5.0 ⭐⭐⭐⭐⭐
Build Volume 300 x 300 x 400 mm

📋 Overview & Reviews

Last Updated: Based on reviews from the last 12 months (2024-2025)

Key Features

  • Type: Single Color
  • Build Volume: 300 x 300 x 400 mm
  • Automatic bed leveling system
  • Modern user interface
  • Wi-Fi connectivity
  • High-speed printing capability

Community Reviews & Feedback

Positive Aspects:

  • Excellent print quality for the price point
  • Reliable automatic bed leveling
  • Good build quality and construction
  • User-friendly setup process
  • Active community support

Areas for Improvement:

  • Some users report occasional calibration needs
  • Material compatibility varies by brand
  • May require fine-tuning for optimal results

🎯 Best Practices for Artillery Sidewinder X2

Initial Setup

  1. Ensure the printer is on a stable, level surface
  2. Run the automatic bed leveling sequence before first print
  3. Calibrate the Z-offset carefully for optimal first layer
  4. Check all connections and ensure build plate is clean
  5. Update firmware to the latest version

Daily Maintenance

  • Clean the build plate with isopropyl alcohol before each print
  • Check nozzle for clogs and clean if necessary
  • Inspect and clean the material feed system regularly
  • Monitor first layer adhesion on each print
  • Keep the build area clean from debris

Material Handling

  • Store filaments in a dry environment (consider a dry box)
  • Use high-quality filaments to reduce issues
  • Monitor material levels during long prints
  • Document optimal settings for each filament brand

🖥️ Recommended Slicers

The Artillery Sidewinder X2 works best with the following slicers:

  • Cura: Most popular choice with excellent community support
  • PrusaSlicer: Excellent for advanced users with fine control
  • SuperSlicer: Great for users who want maximum customization
  • OrcaSlicer: Modern slicer with good features (Bambu Lab printers)

⚙️ Optimal Slicer Settings

General Quality Settings

Setting Recommended Value Notes
Layer Height 0.2mm (standard), 0.15mm (high quality) Balance between quality and speed
First Layer Height 0.3mm Better adhesion
Print Speed 50-60 mm/s Reduce to 30-40 mm/s for first layer
Travel Speed 150 mm/s Faster travel reduces stringing
Retraction Distance 1.5-2.0 mm Adjust based on material
Retraction Speed 40-50 mm/s Prevents stringing

Curved Top Surfaces (Top Layer Quality)

  • Top Layer Count: 5-7 layers for smooth surfaces
  • Top Surface Skin Layers: 2-3 layers
  • Ironing: Enable for ultra-smooth top surfaces (Cura)
  • Ironing Flow: 5-10%
  • Ironing Speed: 30-50 mm/s
  • Top Surface Pattern: Concentric or Lines for best results

Minimizing Layer Lines & Seams

  • Seam Position: Set to “Random” or “Aligned” based on model
  • Z-Seam Alignment: Use “Sharpest Corner” to hide seams
  • Layer Height: Use smaller layer heights (0.15mm or 0.1mm) for less visible lines
  • Adaptive Layer Height: Enable to vary layer height based on geometry
  • Variable Layer Height: Use thicker layers on straight sections, thinner on curves

Support Settings for Easy Removal

Setting Recommended Value
Support Type Tree supports (Cura) or Organic supports (PrusaSlicer)
Support Overhang Angle 45-50 degrees
Support Top Distance 0.2-0.3mm (1-2 layers)
Support Bottom Distance 0.2-0.3mm
Support Interface Enable with 0.2mm spacing
Support Density 10-15% for most prints
Support Pattern Grid or Zigzag

Tips for Support Removal:

  • Use support interface layers for easier removal
  • Increase support Z-distance slightly if supports are too difficult to remove
  • Consider using breakaway supports or PVA for complex overhangs
  • Print supports at lower density (10%) to reduce material usage and ease removal

🔧 Calibration Guide

Bed Leveling

  1. Heat the bed to printing temperature (60°C for PLA)
  2. Run the automatic bed leveling sequence from the printer menu
  3. Manually verify leveling using a piece of paper at all four corners
  4. Adjust Z-offset until paper has slight resistance when moving
  5. Test with a first layer calibration print

Extruder Calibration

  1. Mark 120mm of filament from the extruder entry point
  2. Extrude 100mm through the printer menu
  3. Measure the remaining filament
  4. Calculate: New E-steps = (Old E-steps × 100) / Actual Extruded
  5. Update E-steps in printer firmware or slicer

Temperature Calibration

  • Print a temperature tower for each new material
  • Test range: 190-220°C for PLA, 240-260°C for PETG
  • Choose temperature with best layer adhesion and surface quality
  • Document optimal temperatures for each filament brand

Flow Rate Calibration

  1. Print a single-wall calibration cube
  2. Measure wall thickness with calipers
  3. Adjust flow rate: New Flow = (Expected Width / Actual Width) × 100
  4. Re-test until wall thickness matches expected value

⚠️ Common Issues & Solutions

Stringing

  • Solution: Increase retraction distance to 2.0-2.5mm
  • Solution: Increase retraction speed to 45-50 mm/s
  • Solution: Enable “Wipe while retracting” in slicer
  • Solution: Reduce print temperature by 5-10°C
  • Solution: Increase travel speed to minimize time between layers

Lack of Adhesion (First Layer Issues)

  • Solution: Clean build plate thoroughly with isopropyl alcohol
  • Solution: Adjust Z-offset to be closer to bed (reduce gap)
  • Solution: Increase first layer temperature by 5-10°C
  • Solution: Reduce first layer speed to 20-30 mm/s
  • Solution: Use adhesion aids: hairspray, glue stick, or PEI sheet
  • Solution: Ensure bed temperature is correct (60°C for PLA, 80°C for PETG)

Support Issues

  • Solution: Increase support top/bottom distance to 0.3mm
  • Solution: Use tree supports for better removal
  • Solution: Reduce support density to 10%
  • Solution: Enable support interface for easier removal
  • Solution: Adjust support overhang angle to 50 degrees

Layer Shifting

  • Solution: Check belt tension and tighten if loose
  • Solution: Reduce print speed, especially for tall prints
  • Solution: Ensure printer is on stable surface
  • Solution: Check for mechanical obstructions

Clogging

  • Solution: Use high-quality, dry filament
  • Solution: Perform cold pulls to clear clogs
  • Solution: Check nozzle temperature is appropriate for material
  • Solution: Clean nozzle regularly with wire brush
  • Solution: Ensure proper material flow and no kinks in filament

Warping

  • Solution: Use enclosed chamber if available (keep doors closed)
  • Solution: Increase bed temperature
  • Solution: Use brim or raft for better adhesion
  • Solution: Avoid drafts and temperature fluctuations
  • Solution: Consider using ABS-specific settings or switch to PETG

📊 Material-Specific Recommendations

PLA

  • Temperature: 200-210°C nozzle, 60°C bed
  • Speed: 50-60 mm/s
  • Retraction: 1.5-2.0mm at 40-50 mm/s
  • Best Brands: Sunlu, Flashforge, Bambu Labs, Hatchbox

PETG

  • Temperature: 240-250°C nozzle, 80°C bed
  • Speed: 40-50 mm/s
  • Retraction: 2.0-3.0mm at 35-40 mm/s
  • Best Brands: Sunlu, Overture, Polymaker

ABS

  • Temperature: 240-260°C nozzle, 90-100°C bed
  • Speed: 40-50 mm/s
  • Retraction: 2.0-3.0mm at 40 mm/s
  • Note: Requires enclosed chamber, good ventilation

TPU (Flexible)

  • Temperature: 220-230°C nozzle, 50-60°C bed
  • Speed: 20-30 mm/s (slow)
  • Retraction: Minimal (0.5-1.0mm) or disable
  • Note: Use direct drive if possible, reduce flow rate

Anycubic Kobra 3 V2

Anycubic Kobra 3 V2 – Detailed Review & Guide

Anycubic Kobra 3 V2

Smart Multi-Color Ready 3D Printer – Comprehensive Review & Guide

Price (USD) $349–$399
Price (GBP) £299–£349
Rating 4.3/5.0 ⭐⭐⭐⭐⭐

📋 Overview & Reviews

Last Updated: Based on reviews from the last 12 months (2024–2025)

Key Features

  • Multi-color ready with ACE compatibility
  • LeviQ 2.0 auto bed leveling
  • Build volume: 220 × 220 × 250 mm
  • Direct drive extruder for better filament control
  • High-speed printing up to 500 mm/s
  • Compatible with Cura, OrcaSlicer, and Anycubic Slicer

Community Reviews & Feedback

Positive Aspects:

  • Very easy to set up for beginners
  • Excellent print quality for the price
  • Quiet operation compared to older Kobra models
  • Strong performance with PLA and PETG
  • Good stepping stone into multi-color printing

Areas for Improvement:

  • Not as fast as premium CoreXY printers
  • Build volume is smaller than Kobra 3 + ACE
  • TPU requires slower speeds
  • Occasional firmware quirks reported

🎯 Best Practices for Kobra 3 V2

Initial Setup

  1. Run LeviQ 2.0 auto-leveling
  2. Manually fine-tune Z-offset
  3. Check extruder tension for flexible filaments
  4. Update firmware before first print
  5. Print a calibration cube and flow test

Daily Maintenance

  • Clean PEI plate before each print
  • Check extruder gears weekly
  • Lubricate Z-screws monthly
  • Inspect Bowden tube if using ACE unit
  • Monitor first layer adhesion

Material Handling

  • PLA recommended for best results
  • PETG works well with slower speeds
  • TPU requires reduced retraction
  • Dry filament improves multi-color reliability

🖥️ Recommended Slicers

The Kobra 3 V2 works best with:

  • Anycubic Slicer: Best integration with ACE
  • OrcaSlicer: Great for multi-color workflows
  • Cura: Reliable profiles and community support

⚙️ Optimal Slicer Settings

General Quality Settings

Setting Recommended Value Notes
Layer Height 0.2mm (standard), 0.12mm (high detail) Good balance of speed and quality
Print Speed 60–120 mm/s Reduce to 50 mm/s for multi-color
Travel Speed 180 mm/s Helps reduce stringing
Retraction Distance 1.0–1.2 mm Direct drive extruder
Retraction Speed 35–45 mm/s Prevents blobs during color changes

Curved Top Surfaces

  • Enable ironing for PLA
  • Ironing speed: 25–40 mm/s
  • Top layers: 6–8

Minimizing Layer Lines

  • Use adaptive layer height
  • Enable pressure advance (input shaping)
  • Use “Aligned” seam for geometric models

Support Settings

Setting Recommended Value
Support Type Tree or Organic
Overhang Angle 50°
Support Density 10–12%
Top Distance 0.25 mm

🔧 Calibration Guide

Bed Leveling

  1. Heat bed to 60°C
  2. Run LeviQ 2.0 auto-leveling
  3. Verify with paper test
  4. Adjust Z-offset if needed

Extruder Calibration

  1. Mark 120mm of filament
  2. Extrude 100mm
  3. Measure remaining filament
  4. Adjust E-steps accordingly

Temperature Calibration

  • PLA: 200–215°C
  • PETG: 235–250°C

Flow Rate Calibration

  1. Print single-wall cube
  2. Measure wall thickness
  3. Adjust flow until accurate

⚠️ Common Issues & Solutions

Stringing

  • Increase travel speed
  • Lower temperature by 5–10°C
  • Enable combing

Under-Extrusion

  • Check extruder tension
  • Dry filament thoroughly
  • Increase flow by 2–5%

First Layer Issues

  • Re-run LeviQ leveling
  • Clean PEI plate with IPA
  • Adjust Z-offset slightly lower

Ghosting

  • Enable input shaping
  • Reduce acceleration

📊 Material-Specific Recommendations

PLA

  • 200–210°C nozzle, 60°C bed
  • Best for multi-color prints
  • Brands: Anycubic, eSun, Overture

PETG

  • 240–250°C nozzle, 80°C bed
  • Reduce speed to avoid stringing

ABS

  • Not recommended (open-frame printer)
  • Prone to warping

TPU

  • Use slow speeds (20–30 mm/s)
  • Reduce retraction

Anycubic Kobra 2

Anycubic Kobra 2 – Detailed Review & Guide

Anycubic Kobra 2

Single Color 3D Printer – Comprehensive Review & Guide

Price (USD) $219
Price (GBP) £199
Rating 4.6/5.0 ⭐⭐⭐⭐⭐
Build Volume 220 x 220 x 250 mm

📋 Overview & Reviews

Last Updated: Based on reviews from the last 12 months (2024-2025)

Key Features

  • Type: Single Color
  • Build Volume: 220 x 220 x 250 mm
  • Automatic bed leveling system
  • Modern user interface
  • Wi-Fi connectivity
  • High-speed printing capability

Community Reviews & Feedback

Positive Aspects:

  • Excellent print quality for the price point
  • Reliable automatic bed leveling
  • Good build quality and construction
  • User-friendly setup process
  • Active community support

Areas for Improvement:

  • Some users report occasional calibration needs
  • Material compatibility varies by brand
  • May require fine-tuning for optimal results

🎯 Best Practices for Anycubic Kobra 2

Initial Setup

  1. Ensure the printer is on a stable, level surface
  2. Run the automatic bed leveling sequence before first print
  3. Calibrate the Z-offset carefully for optimal first layer
  4. Check all connections and ensure build plate is clean
  5. Update firmware to the latest version

Daily Maintenance

  • Clean the build plate with isopropyl alcohol before each print
  • Check nozzle for clogs and clean if necessary
  • Inspect and clean the material feed system regularly
  • Monitor first layer adhesion on each print
  • Keep the build area clean from debris

Material Handling

  • Store filaments in a dry environment (consider a dry box)
  • Use high-quality filaments to reduce issues
  • Monitor material levels during long prints
  • Document optimal settings for each filament brand

🖥️ Recommended Slicers

The Anycubic Kobra 2 works best with the following slicers:

  • Cura: Most popular choice with excellent community support
  • PrusaSlicer: Excellent for advanced users with fine control
  • SuperSlicer: Great for users who want maximum customization
  • OrcaSlicer: Modern slicer with good features (Bambu Lab printers)

⚙️ Optimal Slicer Settings

General Quality Settings

Setting Recommended Value Notes
Layer Height 0.2mm (standard), 0.15mm (high quality) Balance between quality and speed
First Layer Height 0.3mm Better adhesion
Print Speed 50-60 mm/s Reduce to 30-40 mm/s for first layer
Travel Speed 150 mm/s Faster travel reduces stringing
Retraction Distance 1.5-2.0 mm Adjust based on material
Retraction Speed 40-50 mm/s Prevents stringing

Curved Top Surfaces (Top Layer Quality)

  • Top Layer Count: 5-7 layers for smooth surfaces
  • Top Surface Skin Layers: 2-3 layers
  • Ironing: Enable for ultra-smooth top surfaces (Cura)
  • Ironing Flow: 5-10%
  • Ironing Speed: 30-50 mm/s
  • Top Surface Pattern: Concentric or Lines for best results

Minimizing Layer Lines & Seams

  • Seam Position: Set to “Random” or “Aligned” based on model
  • Z-Seam Alignment: Use “Sharpest Corner” to hide seams
  • Layer Height: Use smaller layer heights (0.15mm or 0.1mm) for less visible lines
  • Adaptive Layer Height: Enable to vary layer height based on geometry
  • Variable Layer Height: Use thicker layers on straight sections, thinner on curves

Support Settings for Easy Removal

Setting Recommended Value
Support Type Tree supports (Cura) or Organic supports (PrusaSlicer)
Support Overhang Angle 45-50 degrees
Support Top Distance 0.2-0.3mm (1-2 layers)
Support Bottom Distance 0.2-0.3mm
Support Interface Enable with 0.2mm spacing
Support Density 10-15% for most prints
Support Pattern Grid or Zigzag

Tips for Support Removal:

  • Use support interface layers for easier removal
  • Increase support Z-distance slightly if supports are too difficult to remove
  • Consider using breakaway supports or PVA for complex overhangs
  • Print supports at lower density (10%) to reduce material usage and ease removal

🔧 Calibration Guide

Bed Leveling

  1. Heat the bed to printing temperature (60°C for PLA)
  2. Run the automatic bed leveling sequence from the printer menu
  3. Manually verify leveling using a piece of paper at all four corners
  4. Adjust Z-offset until paper has slight resistance when moving
  5. Test with a first layer calibration print

Extruder Calibration

  1. Mark 120mm of filament from the extruder entry point
  2. Extrude 100mm through the printer menu
  3. Measure the remaining filament
  4. Calculate: New E-steps = (Old E-steps × 100) / Actual Extruded
  5. Update E-steps in printer firmware or slicer

Temperature Calibration

  • Print a temperature tower for each new material
  • Test range: 190-220°C for PLA, 240-260°C for PETG
  • Choose temperature with best layer adhesion and surface quality
  • Document optimal temperatures for each filament brand

Flow Rate Calibration

  1. Print a single-wall calibration cube
  2. Measure wall thickness with calipers
  3. Adjust flow rate: New Flow = (Expected Width / Actual Width) × 100
  4. Re-test until wall thickness matches expected value

⚠️ Common Issues & Solutions

Stringing

  • Solution: Increase retraction distance to 2.0-2.5mm
  • Solution: Increase retraction speed to 45-50 mm/s
  • Solution: Enable “Wipe while retracting” in slicer
  • Solution: Reduce print temperature by 5-10°C
  • Solution: Increase travel speed to minimize time between layers

Lack of Adhesion (First Layer Issues)

  • Solution: Clean build plate thoroughly with isopropyl alcohol
  • Solution: Adjust Z-offset to be closer to bed (reduce gap)
  • Solution: Increase first layer temperature by 5-10°C
  • Solution: Reduce first layer speed to 20-30 mm/s
  • Solution: Use adhesion aids: hairspray, glue stick, or PEI sheet
  • Solution: Ensure bed temperature is correct (60°C for PLA, 80°C for PETG)

Support Issues

  • Solution: Increase support top/bottom distance to 0.3mm
  • Solution: Use tree supports for better removal
  • Solution: Reduce support density to 10%
  • Solution: Enable support interface for easier removal
  • Solution: Adjust support overhang angle to 50 degrees

Layer Shifting

  • Solution: Check belt tension and tighten if loose
  • Solution: Reduce print speed, especially for tall prints
  • Solution: Ensure printer is on stable surface
  • Solution: Check for mechanical obstructions

Clogging

  • Solution: Use high-quality, dry filament
  • Solution: Perform cold pulls to clear clogs
  • Solution: Check nozzle temperature is appropriate for material
  • Solution: Clean nozzle regularly with wire brush
  • Solution: Ensure proper material flow and no kinks in filament

Warping

  • Solution: Use enclosed chamber if available (keep doors closed)
  • Solution: Increase bed temperature
  • Solution: Use brim or raft for better adhesion
  • Solution: Avoid drafts and temperature fluctuations
  • Solution: Consider using ABS-specific settings or switch to PETG

📊 Material-Specific Recommendations

PLA

  • Temperature: 200-210°C nozzle, 60°C bed
  • Speed: 50-60 mm/s
  • Retraction: 1.5-2.0mm at 40-50 mm/s
  • Best Brands: Sunlu, Flashforge, Bambu Labs, Hatchbox

PETG

  • Temperature: 240-250°C nozzle, 80°C bed
  • Speed: 40-50 mm/s
  • Retraction: 2.0-3.0mm at 35-40 mm/s
  • Best Brands: Sunlu, Overture, Polymaker

ABS

  • Temperature: 240-260°C nozzle, 90-100°C bed
  • Speed: 40-50 mm/s
  • Retraction: 2.0-3.0mm at 40 mm/s
  • Note: Requires enclosed chamber, good ventilation

TPU (Flexible)

  • Temperature: 220-230°C nozzle, 50-60°C bed
  • Speed: 20-30 mm/s (slow)
  • Retraction: Minimal (0.5-1.0mm) or disable
  • Note: Use direct drive if possible, reduce flow rate

AnkerMake M5C

AnkerMake M5C – Detailed Review & Guide

AnkerMake M5C

Single Color 3D Printer – Comprehensive Review & Guide

Price (USD) $299
Price (GBP) £269
Rating 4.6/5.0 ⭐⭐⭐⭐⭐
Build Volume 220 x 220 x 250 mm

📋 Overview & Reviews

Last Updated: Based on reviews from the last 12 months (2024-2025)

Key Features

  • Type: Single Color
  • Build Volume: 220 x 220 x 250 mm
  • Automatic bed leveling system
  • Modern user interface
  • Wi-Fi connectivity
  • High-speed printing capability

Community Reviews & Feedback

Positive Aspects:

  • Excellent print quality for the price point
  • Reliable automatic bed leveling
  • Good build quality and construction
  • User-friendly setup process
  • Active community support

Areas for Improvement:

  • Some users report occasional calibration needs
  • Material compatibility varies by brand
  • May require fine-tuning for optimal results

🎯 Best Practices for AnkerMake M5C

Initial Setup

  1. Ensure the printer is on a stable, level surface
  2. Run the automatic bed leveling sequence before first print
  3. Calibrate the Z-offset carefully for optimal first layer
  4. Check all connections and ensure build plate is clean
  5. Update firmware to the latest version

Daily Maintenance

  • Clean the build plate with isopropyl alcohol before each print
  • Check nozzle for clogs and clean if necessary
  • Inspect and clean the material feed system regularly
  • Monitor first layer adhesion on each print
  • Keep the build area clean from debris

Material Handling

  • Store filaments in a dry environment (consider a dry box)
  • Use high-quality filaments to reduce issues
  • Monitor material levels during long prints
  • Document optimal settings for each filament brand

🖥️ Recommended Slicers

The AnkerMake M5C works best with the following slicers:

  • Cura: Most popular choice with excellent community support
  • PrusaSlicer: Excellent for advanced users with fine control
  • SuperSlicer: Great for users who want maximum customization
  • OrcaSlicer: Modern slicer with good features (Bambu Lab printers)

⚙️ Optimal Slicer Settings

General Quality Settings

Setting Recommended Value Notes
Layer Height 0.2mm (standard), 0.15mm (high quality) Balance between quality and speed
First Layer Height 0.3mm Better adhesion
Print Speed 50-60 mm/s Reduce to 30-40 mm/s for first layer
Travel Speed 150 mm/s Faster travel reduces stringing
Retraction Distance 1.5-2.0 mm Adjust based on material
Retraction Speed 40-50 mm/s Prevents stringing

Curved Top Surfaces (Top Layer Quality)

  • Top Layer Count: 5-7 layers for smooth surfaces
  • Top Surface Skin Layers: 2-3 layers
  • Ironing: Enable for ultra-smooth top surfaces (Cura)
  • Ironing Flow: 5-10%
  • Ironing Speed: 30-50 mm/s
  • Top Surface Pattern: Concentric or Lines for best results

Minimizing Layer Lines & Seams

  • Seam Position: Set to “Random” or “Aligned” based on model
  • Z-Seam Alignment: Use “Sharpest Corner” to hide seams
  • Layer Height: Use smaller layer heights (0.15mm or 0.1mm) for less visible lines
  • Adaptive Layer Height: Enable to vary layer height based on geometry
  • Variable Layer Height: Use thicker layers on straight sections, thinner on curves

Support Settings for Easy Removal

Setting Recommended Value
Support Type Tree supports (Cura) or Organic supports (PrusaSlicer)
Support Overhang Angle 45-50 degrees
Support Top Distance 0.2-0.3mm (1-2 layers)
Support Bottom Distance 0.2-0.3mm
Support Interface Enable with 0.2mm spacing
Support Density 10-15% for most prints
Support Pattern Grid or Zigzag

Tips for Support Removal:

  • Use support interface layers for easier removal
  • Increase support Z-distance slightly if supports are too difficult to remove
  • Consider using breakaway supports or PVA for complex overhangs
  • Print supports at lower density (10%) to reduce material usage and ease removal

🔧 Calibration Guide

Bed Leveling

  1. Heat the bed to printing temperature (60°C for PLA)
  2. Run the automatic bed leveling sequence from the printer menu
  3. Manually verify leveling using a piece of paper at all four corners
  4. Adjust Z-offset until paper has slight resistance when moving
  5. Test with a first layer calibration print

Extruder Calibration

  1. Mark 120mm of filament from the extruder entry point
  2. Extrude 100mm through the printer menu
  3. Measure the remaining filament
  4. Calculate: New E-steps = (Old E-steps × 100) / Actual Extruded
  5. Update E-steps in printer firmware or slicer

Temperature Calibration

  • Print a temperature tower for each new material
  • Test range: 190-220°C for PLA, 240-260°C for PETG
  • Choose temperature with best layer adhesion and surface quality
  • Document optimal temperatures for each filament brand

Flow Rate Calibration

  1. Print a single-wall calibration cube
  2. Measure wall thickness with calipers
  3. Adjust flow rate: New Flow = (Expected Width / Actual Width) × 100
  4. Re-test until wall thickness matches expected value

⚠️ Common Issues & Solutions

Stringing

  • Solution: Increase retraction distance to 2.0-2.5mm
  • Solution: Increase retraction speed to 45-50 mm/s
  • Solution: Enable “Wipe while retracting” in slicer
  • Solution: Reduce print temperature by 5-10°C
  • Solution: Increase travel speed to minimize time between layers

Lack of Adhesion (First Layer Issues)

  • Solution: Clean build plate thoroughly with isopropyl alcohol
  • Solution: Adjust Z-offset to be closer to bed (reduce gap)
  • Solution: Increase first layer temperature by 5-10°C
  • Solution: Reduce first layer speed to 20-30 mm/s
  • Solution: Use adhesion aids: hairspray, glue stick, or PEI sheet
  • Solution: Ensure bed temperature is correct (60°C for PLA, 80°C for PETG)

Support Issues

  • Solution: Increase support top/bottom distance to 0.3mm
  • Solution: Use tree supports for better removal
  • Solution: Reduce support density to 10%
  • Solution: Enable support interface for easier removal
  • Solution: Adjust support overhang angle to 50 degrees

Layer Shifting

  • Solution: Check belt tension and tighten if loose
  • Solution: Reduce print speed, especially for tall prints
  • Solution: Ensure printer is on stable surface
  • Solution: Check for mechanical obstructions

Clogging

  • Solution: Use high-quality, dry filament
  • Solution: Perform cold pulls to clear clogs
  • Solution: Check nozzle temperature is appropriate for material
  • Solution: Clean nozzle regularly with wire brush
  • Solution: Ensure proper material flow and no kinks in filament

Warping

  • Solution: Use enclosed chamber if available (keep doors closed)
  • Solution: Increase bed temperature
  • Solution: Use brim or raft for better adhesion
  • Solution: Avoid drafts and temperature fluctuations
  • Solution: Consider using ABS-specific settings or switch to PETG

📊 Material-Specific Recommendations

PLA

  • Temperature: 200-210°C nozzle, 60°C bed
  • Speed: 50-60 mm/s
  • Retraction: 1.5-2.0mm at 40-50 mm/s
  • Best Brands: Sunlu, Flashforge, Bambu Labs, Hatchbox

PETG

  • Temperature: 240-250°C nozzle, 80°C bed
  • Speed: 40-50 mm/s
  • Retraction: 2.0-3.0mm at 35-40 mm/s
  • Best Brands: Sunlu, Overture, Polymaker

ABS

  • Temperature: 240-260°C nozzle, 90-100°C bed
  • Speed: 40-50 mm/s
  • Retraction: 2.0-3.0mm at 40 mm/s
  • Note: Requires enclosed chamber, good ventilation

TPU (Flexible)

  • Temperature: 220-230°C nozzle, 50-60°C bed
  • Speed: 20-30 mm/s (slow)
  • Retraction: Minimal (0.5-1.0mm) or disable
  • Note: Use direct drive if possible, reduce flow rate

Prusa XL (Dual-Tool)

Prusa XL (Dual-Tool) – Detailed Review & Guide

Prusa XL (Dual-Tool)

Large-Format Multi-Material 3D Printer – Comprehensive Review & Guide

Price (USD) $3,499–$3,999 (dual-tool)
Price (GBP) £2,999–£3,499 (dual-tool)
Rating 4.7/5.0 ⭐⭐⭐⭐⭐

📋 Overview & Reviews

Last Updated: Based on reviews from the last 12 months (2024–2025)

Key Features

  • Massive 360 × 360 × 360 mm build volume
  • Dual-tool independent toolheads (IDEX-like workflow)
  • Automatic tool alignment and calibration
  • High rigidity CoreXY motion system
  • Modular toolhead system with swappable extruders
  • PrusaSlicer integration with multi-tool support

Community Reviews & Feedback

Positive Aspects:

  • Extremely stable and precise large-format printing
  • Dual-tool system enables clean multi-material prints
  • Excellent for engineering parts and prototypes
  • Open-source ecosystem with deep customization
  • Reliable auto-calibration and tool alignment

Areas for Improvement:

  • Large footprint requires significant workspace
  • Tool changes are slower than AMS-style systems
  • High price point compared to smaller multi-color printers
  • TPU requires careful tuning on dual-tool setups

🎯 Best Practices for Prusa XL (Dual-Tool)

Initial Setup

  1. Run full auto-calibration and tool alignment
  2. Verify nozzle heights for both toolheads
  3. Update firmware before first print
  4. Print the official dual-tool calibration model
  5. Check toolchanger latch tension

Daily Maintenance

  • Clean the large PEI sheet before each print
  • Inspect toolchanger mechanism weekly
  • Lubricate linear rails monthly
  • Check toolhead parking docks for debris
  • Monitor purge volumes for multi-material jobs

Material Handling

  • PLA, PETG, ABS, ASA all print well
  • TPU requires slow speeds and direct drive toolhead
  • Use filament with consistent diameter for best toolchanging reliability
  • Dry filament improves multi-material performance

🖥️ Recommended Slicers

The Prusa XL works best with:

  • PrusaSlicer (Official): Full dual-tool integration
  • SuperSlicer: Advanced tuning for power users

⚙️ Optimal Slicer Settings

General Quality Settings

Setting Recommended Value Notes
Layer Height 0.2mm (standard), 0.1mm (high detail) Large-format prints benefit from thicker layers
Print Speed 80–150 mm/s Reduce to 60 mm/s for multi-material
Travel Speed 200 mm/s Helps reduce stringing
Retraction Distance 0.6–1.0 mm Direct drive extruders
Retraction Speed 35–45 mm/s Prevents blobs during tool changes

Curved Top Surfaces

  • Enable ironing for PLA
  • Ironing speed: 20–35 mm/s
  • Top layers: 6–8

Minimizing Layer Lines

  • Enable Input Shaper
  • Use adaptive layer height
  • Use “Random” seam for organic models

Support Settings

Setting Recommended Value
Support Type Organic or Snug
Overhang Angle 55°
Support Density 10–12%
Top Distance 0.25 mm

🔧 Calibration Guide

Bed Leveling

  1. Heat bed to 60°C
  2. Run auto-leveling
  3. Verify with paper test
  4. Adjust Z-offset if needed

Toolhead Calibration

  1. Run automatic tool alignment
  2. Verify nozzle heights manually
  3. Check toolchanger latch tension
  4. Print dual-color calibration cube

Temperature Calibration

  • PLA: 200–215°C
  • PETG: 235–250°C
  • ABS/ASA: 245–260°C

Flow Rate Calibration

  1. Print single-wall cube
  2. Measure wall thickness
  3. Adjust flow until accurate

⚠️ Common Issues & Solutions

Toolhead Misalignment

  • Re-run tool alignment wizard
  • Check tool dock cleanliness
  • Verify nozzle height offsets

Stringing

  • Increase travel speed
  • Lower temperature by 5–10°C
  • Enable combing

Under-Extrusion

  • Check extruder tension
  • Dry filament thoroughly
  • Increase flow by 2–5%

Warping (Large Prints)

  • Use brims or rafts
  • Increase bed temperature
  • Use enclosure add-ons for ABS/ASA

📊 Material-Specific Recommendations

PLA

  • 200–210°C nozzle, 60°C bed
  • Great for multi-material prints
  • Brands: Prusament, eSun, Overture

PETG

  • 240–250°C nozzle, 80°C bed
  • Reduce speed to avoid stringing

ABS / ASA

  • 245–260°C nozzle, 100°C bed
  • Use enclosure for best results

TPU

  • Use direct drive toolhead
  • Print at 20–30 mm/s
  • Not recommended for dual-tool mixing
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