Woodway Treadmills | Fitness and Performance Brochure | Page 5

for the long run

| TREADMILLS DESIGNED FOR THE HUMAN RACE
WOODWAY is the manufacturer of the world’s finest treadmill. WOODWAY Treadmills are specifically
requested by competitive sports teams, medical facilities and fitness facilities worldwide because of their patented
design that provides a superior running surface for users and long lasting efficiency for owners and operators.

WOODWAY Slat Belt Treadmill

Conventional Treadmills

Walking Comfort

Slat Belt design with 3/8 inch vulcanized rubber
surface absorbs force of foot strike at point of
impact. Safer on bones, joints, muscles & tendons.

PVC, cotton and nylon belt stretched between two
rollers over a wooden deck creates harmful foot
strike shock upon impact.

Maintenance

Ball bearing design results in significantly less
friction, less wear, fewer costly repairs and an
overall longer life. Belt never needs adjustment.
Virtually zero maintenance.

Conventional and belt designs require regular
maintenance to adjust tension on the belt.
Components wear and require regular replacement.

Speed Range

Zero start with speed increments of 0.1 mph to
top speed of up to 25 mph, even with the heaviest
users. (Run 500 lbs./Walk 800 lbs.)

0.3 - 0.5 mph start speed, top speed 12-15 mph.
User capacity 200 to 350 lb..

Economy

Energy-efficient design decreases friction and saves
electricity (50% less per year, per treadmill in a high
use environment). Increased durability reduces
overall repair costs and down time.

Replacement of belts and decks required
every 20,000 miles on average. In high usage
environments treadmills wear out and must be
replaced sooner. Uses 50% more electricity.

Running surface lasts up to 200,000 miles.

With routine maintenance and replacing of belts
and decks, a conventional treadmill could last
approximately 40-60,000 miles.

Drive system eliminates belt slippage and projects
true speed accurate within 1/10 mph. Does not vary
with weight of the user.

Display projects motor speed, not belt speed,
which varies with the weight of the user, belt wear
and slippage. Heavier users will cause the belt Ѽ)ͱ