Aaron PURE Max - Advanced High-Speed PUR Edgebander (V-Belt Feeding)

Aaron PURE Max Features

• Future-proof and durable PUR adhesion
  
• Up to 24 m/min feed speed
• Heavy steel composition of the pressure bean ensures stability during high-volume operation
• Heavy lifting: use thickened screw rod + smooth rod, more accurate transmission up and down, more uniform pressure on the board, more stable processing

Process

1. Separation/release spray
2. Pre-milling
3. Heating lamp 1
4. PUR changeover pot
5. Pressing 1
6. Heating lamp 2
7. Pre-melting
8. Upper gluing system
9. Pressing 2
10. Double rail three motor end cutting
11. Fine trimming 1
12. Fine trimming 2
13. Four motor corner rounding
14. Scraping 1
15. Scraping 2
16. Off cut
17. Glue scraping
18. Cleaning
19. Buffing 1
20. Buffing 2

Specifications

Beam lifting: CNC lifting
Total power: 33 kW
Overall size: 10500 x 1000 x 1800 mm
Feed speed: 14 - 20 - 24 m/min
Tape thickness: 0.4 - 3 mm
Panel thickness: 10 - 60 mm
Panel length: ≥ 120 mm
Panel width: ≥ 40 mm
Working air pressure: 0.6 mpa
Min. panel size: 40 x 300 mm (corner rounding on)

EVA vs PUR Edgebanders

When choosing between EVA (ethylene-vinyl acetate) and PUR (polyurethane reactive) edgebanding machines, the decision hinges on adhesive performance, durability, and long-term value. Here are some advantages of PUR Edgebanders.

Adhesive Performance & End-Result Quality

EVA: Uses thermoplastic glue that melts and re-solidifies with temperature changes. While cost-effective, it produces thicker glue lines, which can be visible on dark-coloured panels and may lead to aesthetic imperfections like glue overflow or yellowing over time.

PUR: Reacts with moisture in the air to form a permanent, cross-linked bond. This creates near-invisible glue lines, seamless edges, and superior aesthetics—critical for high-end cabinetry. PUR’s thinner application also reduces waste

Durability & Environmental Resistance

EVA: Vulnerable to heat, moisture, and aging. In kitchens, bathrooms, or other humid environments, EVA-bonded edges risk delamination or cracking over time.

PUR: Offers exceptional resistance to heat (up to 180°C vs. EVA’s 75–95°C), moisture, and chemicals. It remains flexible in cold temperatures (-30°C vs. EVA’s 0°C threshold), making it ideal for Australia's diverse and demanding environments

Environmental & Operational Benefits

EVA: May contain formaldehyde and emits VOCs, requiring ventilation. It also demands frequent glue pot cleaning and higher glue consumption.

PUR: Low to no VOCs and formaldehyde (compliant with E0 standards), reducing workplace hazards. Though PUR requires nightly system purging, its lower glue usage (up to 20% less) potentially offsets long-term costs

Cost vs. Long-Term Value

Upfront Cost: EVA machines are cheaper, but PUR’s durability reduces, rework, and material waste.

ROI: PUR’s extended edge lifespan means higher confidence in workmanship warranty, enhancing brand reputation.