ANYCUBIC 1.75mm Black PLA Filament vs ANYCUBIC Standard Resin Plus 1kg: Spec Comparison
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You are comparing the anycubic pla 3d printer vs standard 3d printer consumables. Both products come in 1kg packages from the same brand. The main difference lies in the printing method. One uses fused deposition modeling with thermoplastic filament. The other relies on stereolithography with liquid photopolymer. You need to know which material fits your printer type and desired finish.
Key differences
| Aspect | ANYCUBIC 1.75mm Black PLA Filament (1kg) | ANYCUBIC Standard Resin Plus 1kg |
|---|---|---|
| Printing Technology | FDM (implied by PLA filament) | SLA (405nm UV-Curing) |
| Material Form | 1.75mm Filament | Liquid Resin |
| Molding Accuracy | ±0.02mm dimensional tolerance | ±0.1mm molding accuracy |
| Key Feature | Intelligent identification chip | High fluidity (200 cps) |
Which one should you choose?
Choose ANYCUBIC 1.75mm Black PLA Filament (1kg) if
- You own an FDM printer that uses spools of filament.
- You want prints with minimal stringing and warping.
- You need automatic material identification with compatible printers.
Choose ANYCUBIC Standard Resin Plus 1kg if
- You use an SLA or DLP resin printer.
- You prioritize high detail and smooth surface finishes.
- You want a material with higher hardness and toughness.
Verdict: Choose the PLA filament if you use a standard FDM printer for general prototyping or hobby projects. Select the Standard Resin Plus if you have an SLA printer and require finer details and higher durability. Your choice depends entirely on your printer's technology.
PLA Filament vs Resin Plus Specs
printing technology
You start with the fundamental difference in how these materials form objects. Product A, ANYCUBIC 1.75mm Black PLA Filament, uses fused deposition modeling. It melts thermoplastic filament layer by layer. Product B, ANYCUBIC Standard Resin Plus 1kg, relies on stereolithography. It uses 405nm UV light to cure liquid resin. This means you need entirely different machines. One requires an extruder and hotend. The other needs an LCD screen or DLP projector. Your choice dictates the hardware you must own first. The filament is a solid thread. The resin is a liquid polymer. Both methods are mature, but they serve different needs.
dimensional accuracy
Precision matters for fine details. The PLA filament lists a minimum dimensional tolerance of +/- 0.02mm for its diameter. This consistency helps the extruder feed material smoothly without jams. The resin offers a molding accuracy of ±0.1mm. This refers to the final printed part's dimensions, not the container. The resin also has a viscosity of 200 cps at 25℃. This lower viscosity allows it to flow faster into thin areas. The filament relies on mechanical precision. The resin relies on chemical curing and light resolution. Both offer high precision, but the metrics measure different stages of the process.
material properties
You need to know how the finished object feels. The PLA filament is a thermoplastic. It is known for being easy to print with and having low shrinkage. This helps prevent warping on flat surfaces. The resin is a photopolymer. It has a flexural modulus of 1599.33% and extensibility of 18.2%. This combination suggests a balance of hardness and toughness. The resin prints are less prone to damage than standard resins. The PLA is generally more brittle but easier to remove supports. The resin offers better surface smoothness out of the box. You choose based on whether you need flexibility or rigidity.
compatibility
Both products claim broad support for existing equipment. The PLA filament is suitable for mainstream printers on the market. It works with most FDM machines that accept 1.75mm thread. It also features an intelligent identification chip for the ACE Pro system. The resin is compatible with most LCD and DLP printers. It cures at the standard 405nm wavelength. This is the industry standard for resin printers. You do not need special hardware for either. Both are designed for wide adoption. The filament needs a compatible extruder. The resin needs a compatible light source. Both are widely supported.
user experience
Ease of use differs significantly between the two. The PLA filament is completely dried for 24 hours before packaging. It is vacuum sealed with desiccants. This reduces the need for drying before printing. It also produces clean prints with minimal stringing. The resin has an upgraded formula with reduced odor. This makes it less impactful on daily life. It also requires shaking before use to mix components. If you do not shake it, coloring may be uneven. The filament is plug-and-play for most users. The resin requires more handling care. Both aim for a smoother printing experience than older versions.
Choose based on your printer type
FDM printer owners seeking reliable filament
This PLA filament uses a 1.75mm diameter with a tight dimensional tolerance of plus or minus 0.02mm. It features an intelligent identification chip for ACE Pro compatibility. The material is vacuum sealed and dried for 24 hours. This ensures smooth feeding and consistent layer fusion. It works well with most mainstream FDM printers for stable results.
SLA users wanting high precision details
This resin offers molding accuracy improved to plus or minus 0.1mm. It cures at 405nm with a viscosity of 200 cps at 25 degrees Celsius. The formula provides a flexural modulus of 1599.33% and extensibility of 18.2%. This balance reduces damage risk. It is compatible with LCD and DLP printers for faster, detailed prints.
Beginners prioritizing ease of use
The PLA filament comes on a neat spool with a large inner diameter. This design prevents twisting and clogging during printing. It has low shrinkage and stable dimensions. The material is clog-free and bubble-free. It resists warping and produces a glossy finish. This makes it a forgiving choice for new users starting with FDM technology.
The products compared
ANYCUBIC 1.75mm Black PLA Filament (1kg)
Best for: FDM printing with consistent black finishes
- Material Type
- PLA
- Filament Diameter
- 1.75mm
- Net Weight
- 1kg
- Dimensional Accuracy
- +/- 0.02mm
- Printing Technology
- FDM
- Dimensions
- 8.23 × 8.23 × 1.77 inches
View on Amazon: ANYCUBIC 1.75mm Black PLA Filament (1kg) Affiliate link
This 1kg spool of black PLA filament features a 1.75mm diameter with a tight dimensional tolerance of +/- 0.02mm. The material is pre-dried and vacuum sealed to prevent clogs and ensure smooth extrusion. It includes an intelligent identification chip for use with the ACE Pro system. This spool suits users who need consistent layer fusion and minimal stringing for standard FDM printing tasks.
Pros
- 1.75mm diameter with +/- 0.02mm dimensional accuracy
- Intelligent identification chip for ACE Pro compatibility
- Pre-dried and vacuum sealed to reduce clogs
- Large inner diameter spool for smoother feeding
Cons
- Limited to FDM printing technology only
- Requires compatible printer for chip identification
- Single color option per spool
Good fit if
- You print with standard FDM printers
- You use the ANYCUBIC ACE Pro system
- You need consistent layer adhesion
Skip if
- You require resin printing capabilities
- You need multi-color printing from one spool
- You prefer flexible TPU materials
Verdict: ANYCUBIC 1.75mm PLA Black Filament delivers reliable performance for users who prioritize dimensional accuracy and smooth extrusion. It is the right choice for makers using FDM printers who want to minimize clogs and stringing in their black prints.
ANYCUBIC Standard Resin Plus 1kg
Best for: High precision SLA printing
- Printing Technology
- SLA
- Features
- High Speed, High Precision
- Size
- 1KG
- Resin Type
- Standard
- Curing Wavelength
- 405nm
- Resolution
- 8K, 16K, 14K
View on Amazon: ANYCUBIC Standard Resin Plus 1kg Affiliate link
This is ANYCUBIC Standard 3D Printer Resin Plus, a 1kg container of gray SLA photopolymer resin. It cures at 405nm and targets high precision with a molding accuracy of ±0.1mm. The fluidity is 200 cps at 25℃, which aids rapid curing and reduces print time. You get improved strength and lower shrinkage for stable, detailed prints. It works with most LCD and DLP machines.
Pros
- ±0.1mm molding accuracy for high detail
- 200 cps viscosity for faster printing
- Compatible with LCD and DLP printers
- Upgraded formula reduces odor
Cons
- Requires shaking before use to prevent uneven coloring
- Limited to standard resin properties, not specialized
- Only available in specific colors like Gray and Black
Good fit if
- You need high precision for detailed models
- You use LCD or DLP 3D printers
- You want faster print speeds with good flow
Skip if
- You require FDM printing materials
- You need flexible or TPU-like properties
- You want to avoid shaking resin before printing
Verdict: ANYCUBIC Standard Resin Plus 1kg delivers precise, fast prints for SLA users. It fits those who value accuracy and speed in their standard resin workflow.
Specifications side by side
| Spec | ANYCUBIC 1.75mm Black PLA Filament (1kg) | ANYCUBIC Standard Resin Plus 1kg |
|---|---|---|
| Material Type | PLA | not stated |
| Filament Diameter | 1.75mm | not stated |
| Net Weight | 1kg | not stated |
| Dimensional Accuracy | +/- 0.02mm | not stated |
| Printing Technology | FDM | SLA |
| Compatible Material | PLA | not stated |
| Features | not stated | High Speed, High Precision |
| Size | 1.75Mm | 1KG |
| Resin Type | not stated | Standard |
| Curing Wavelength | not stated | 405nm |
| Resolution | not stated | 8K, 16K, 14K |
| Dimensions | 8.23 × 8.23 × 1.77 inches | 1.3 × 1.3 × 4.3 inches |
| Weight | 3.53 ounces | 3.53 ounces |
| Color | 1kg Pla Black | Gray |
Frequently asked questions
Can I use this PLA filament in a standard resin 3d printer?
No. The ANYCUBIC 1.75mm Black PLA Filament is designed for fused deposition modeling printers. Standard resin 3d printers use stereolithography technology. These machines require liquid photopolymer resin, not solid thermoplastic filament. The two materials and printing methods are not compatible.
What is the color of the ANYCUBIC Standard Resin Plus?
The ANYCUBIC Standard Resin Plus 1kg is gray. The product data specifies this color for the liquid resin. In contrast, the PLA filament option is black. You should choose based on your desired final print color.
Does the standard resin require a specific curing wavelength?
Yes. The ANYCUBIC Standard Resin Plus is formulated for a curing wavelength of 405nm. Ensure your stereolithography printer supports this specific wavelength. Using resin with an incompatible wavelength can result in poor layer adhesion and failed prints.
Is the PLA filament suitable for high precision SLA printing?
No. The ANYCUBIC 1.75mm Black PLA Filament is intended for FDM printing. It is not suitable for stereolithography workflows. If you need high precision SLA printing, you should select the ANYCUBIC Standard Resin Plus instead, which is optimized for that technology.
What is the weight of the resin container?
The ANYCUBIC Standard Resin Plus 1kg weighs 3.53 ounces. This matches the weight specification listed for the product. Note that the net content is 1kg, while the physical weight of the packaged item is listed as 3.53 ounces.
How wide is the spool of PLA filament?
The ANYCUBIC 1.75mm Black PLA Filament has a width of 8.23 inches. This dimension refers to the physical size of the spool packaging. You should verify that your printer’s filament bay can accommodate this width before purchasing.
Can I print with black PLA using a 405nm printer?
No. A 405nm printer uses stereolithography and requires liquid resin. The ANYCUBIC 1.75mm Black PLA Filament is a solid thermoplastic material for FDM printers. You cannot load filament into a resin vat or extruder designed for liquid photopolymers.