RM3500-14-33'11"
RM3500-14-33'11" - Image 2

RM3500-14-33’11”

Remlinger 33’11” 3500 Rolling Finisher | Pull Type | Stack Fold | Gauge Wheels

$28,770.00

Remlinger 33’11” 3500 Rolling Finisher | Pull Type | Stack Fold | Gauge Wheels

PRICE DOES NOT INCLUDE SETUP OR SHIPPING – PRICED FOB FACTORY

*Other Sizes & Build Variations Available – Give Us A Call For Info & Pricing!

 

RM3500-14-32’5″ Includes

  • 32’5″ Working Width 
  • 14′ Base
  • 15’8″ Transport Width
  • 5′ Wing Size
  • (2) 6’6″ Base Harrows | (1) 4’3″ & (1) 5′ Wing Harrow On Each Side
  • Stack Folding
  • Double Bar Rollers
  • No Harrow Bar
  • HD Greaseless Flanged Bearings
  • Reinforced Front A Frame
  • Telescoping Hitch
  • SMV, Reflector, & Light Package
  • Nut Guards
  • Double Down Pressure Roller Springs
  • Wing Fold Hydraulic By-Pass For Quick Turnaround
  • Ability To Pin I Bar Up When Not Needed
  • 1 Set Of Hydraulic Outlets Required
  • Reversible Rollers – Passive Or Aggressive
  • Fully Assembled
  • Gauge Wheels

Remlinger 3500 Rolling Finishers

Remlinger Manufacturing offers the 3500 Rolling Finisher with many different harrow options and combinations to handle a variety of applications and conditions. It can be pulled behind virtually anything with a rear hitch, by itself, behind spring tools, or behind fall tools. Remlinger’s RF 3500 Rolling Finisher features an industry first double bar roller. A 12” diameter flat bar roller along with a 5/8” diameter solid round bar provides a more durable roller with increased soil action vs. our competitors.

  • Available in sizes from 11′ 9″ through 40′ 9″ with 12′, 14′ and 16′ base sizes.
  • Telescoping, heavy-duty front hitch is standard
  • Standard (4) 7.60-15 transport tires on 6 bolt hubs
  • Heavy duty “A” frame and rollers
  • Double spring down pressure – ensuring uniform down pressure
  • Nut protector
  • Industry-exclusive Heavy Duty Double Bar Rollers
  • Tillxtreme Bearing – Greaseless!
  • Angled spike, straight spike, and spring tine harrow options
  • All benefits allow for maximum versatility in varying field conditions – leading to better yields