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Filament Prof. Lab ABS+ Brown Engineering Grade 1.75mm 1kg

Net weight: 1 kg
Material: ABS High Impact (100°C)
Tolerance: ±0.02 mm
Price: zł35.48
(28.85 zł net)
Gross price (includes 23% VAT) • Full VAT invoice included
Product availability: In stock

Premium Prof. Lab ABS 3D printing filament (1.75mm, 1kg) in Brown. This material provides high impact resistance, thermal stability, and easy post-processing, ensuring smooth, dependable results on most FDM/FFF printers.

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Factory Vacuum Sealed Airtight packaging with moisture desiccant – zero humidity
Certified ±0.02 mm Tolerance Dual-axis optical laser inspection – jam-free printing
Full 23% VAT Invoice Instant digital purchase invoice for businesses & individuals
Safe Central Dispatch Reinforced shipping cartons protect spools and products in transit

Product Description

Filament Prof. Lab ABS+ | Brown (Brown) | Durable Engineering Material | 1.75mm | 1kg

Choose proven industrial durability and create components that can withstand demanding operating conditions. Prof. Lab ABS+ (Acrylonitrile-Butadiene-Styrene) in a deep, subdued brown color is a professional engineering filament with increased impact resistance, dedicated to the production of advanced functional parts and heavily loaded mechanical elements. Thanks to the optimized polymer structure, this material is characterized by exceptional stiffness, high structural impact strength and excellent interlayer adhesion. Ready-made prints perfectly withstand dynamic stresses and demonstrate excellent shape stability at higher operating temperatures. The deep, brown shade with a semi-matt finish gives the models a professional look and is perfect for building housings, mock-ups, structural elements or details styled as machine components. It is an ideal engineering material for printing machine parts, mounting brackets, technical prototypes and elements subject to further processing (grinding or smoothing with acetone vapor).

Features and benefits:

  • High mechanical resistance and impact resistance: Elements printed in ABS+ from Prof. Lab is characterized by excellent hardness and resistance to cracking under the influence of impacts and dynamic loads. The material is ideal for moving and working structures.
  • Excellent thermal stability: The material retains its properties and does not deform at much higher temperatures than classic materials such as PLA or PETG, which allows the safe use of ready-made parts near engines or in heated electronics housings.
  • Susceptibility to mechanical and chemical processing: Prints can be easily post-processed - grinding, drilling, threading and painting. Additionally, the models can be chemically smoothed using acetone vapor, obtaining a perfectly smooth, shiny surface that completely blurs the boundaries of the layers.
  • Constant diameter and dimensional accuracy: Rigorous control of the 1.75 mm line geometry (with constant tolerance up to ±0.03 mm) guarantees stable, repeatable and smooth flow in each extruder without the risk of thickening and nozzle clogging.
  • Printing tips (Important): As a classic engineering material with a specific processing shrinkage, ABS+ requires stable environmental conditions. To obtain the best results and minimize edge curling (warping), it is necessary to use a well-heated table (95°C - 110°C), a closed working chamber (enclosure) and ensure good ventilation in the room.

Technical parameters and suggested settings:

Filament diameter: 1.75 mm (tolerance ±0.03 mm) Material net weight: 1kg Spool dimensions: Outer diameter: 195 mm | Centering hole: 75 mm Brand / Line: Prof. Lab (Engineering/Technical Series) Plastic type: ABS+ (Modified Acrylonitrile-Butadiene-Styrene) Color variant: Brown Nozzle temperature: 220°C – 250°C Table temperature: 95°C – 110°C Hardware requirements: A heated table, a closed working chamber and efficient ventilation to protect against drafts are required. Compatibility: Most FDM/FFF 3D printers are equipped with a heated bed and a closed working space Producer: Imagine s.c., Cholerzyn 501, 32-060 Liszki, NIP: PL6772374005

Product Details

Key parameters and identification data
Verified specifications
Reference
FG-P9-E1
Brand
EAN barcode
5903707918331
In stock
100 Items
EAN13
5903707918331

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