DEEPLEE Rapid PLA Plus Filament 1.75mm 4kg 🎯

This PLA+ filament is aimed at users who need faster printing without sacrificing part strength, offering a balance between speed and mechanical performance for both functional prototypes and decorative prints. It works well for rapid iterations and larger runs where reduced print time matters, and its improved toughness helps parts resist cracking under stress.

Key Points

The filament presents a smooth surface finish that reduces stringing and clogging when printers are well tuned. It is neatly wound on a cardboard spool to help prevent tangles and ensure steady feeding during long prints. Designed to deliver higher flow and faster melting, the material supports accelerated print speeds on capable FDM machines, and it keeps dimensional consistency across long prints. 😊

Printing with this PLA+ may produce firmer parts than standard PLA, so models that demand a little extra durability can benefit. Consider that extreme speed settings will still depend on your printer's extrusion system, hotend capacity and cooling setup. ⚙️

Technical Specifications

• Name: DEEPLEE Rapid PLA Plus Filament 1.75mm Grey 4kg
• Diameter: 1.75 mm
• Weight: 4 kg
• Colour: Grey
• Diameter tolerance: ±0.02 mm
• Recommended maximum speed: up to 600 mm/s according to the manufacturer
• Compatibility: Most FDM 3D printers that accept 1.75 mm PLA variants

Why This May Interest You

If you are reducing turnaround time for prototypes or producing multiple parts in a run, faster melt and flow characteristics can shorten print cycles while maintaining good surface quality. The increased mechanical strength reported by the manufacturer makes the filament more resistant to impact and stress, which is useful for clips, housings and functional models where brittleness would otherwise be a concern. The uniform winding on the spool also lowers the chance of mid-print interruptions caused by tangles, which helps when printing overnight or during batch jobs. 🧩

Usage Recommendations

Set your printer temperature and cooling according to usual PLA+ guidance and tune extrusion multiplier if you notice over- or under-extrusion. Moderate fan cooling typically improves bridging and fine detail, whereas very high speeds may require a hardened nozzle or all-metal hotend to maintain consistent extrusion. For best results, run a short calibration test to confirm flow and dimensional accuracy before committing to long prints.