Compare BUILT Strength Systems

Choosing the right strength equipment depends on durability, biomechanics, and long-term facility performance. See how BUILT machines compare with traditional plate-loaded.

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BUILT vs Traditional Plate Loaded Machines

Compare how BUILT machines outperform traditional plate-loaded equipment in durability, engineering, and long-term performance.

Feature
Built Strength
Standard Equipment
+
Steel Gauge
11-gauge tubing
(95/100)
14-gauge tubing
(60/100)

Thicker gauge means dramatically greater resistance to flex and fatigue over years of heavy use. Our 11-gauge frames are rated for commercial facilities logging 8+ hours of daily use.

Built Strength
Standard Equipment
11-gauge tubing
(95/100)
14-gauge tubing
(60/100)
11-gauge tubing
(95/100)
14-gauge tubing
(60/100)
11-gauge tubing
(95/100)
Standard Equipment:
14-gauge tubing
+
Weld Quality
Robotic MIG weld
(98/100)
Hand welded
(65/100)

Robotic MIG welding ensures consistent, penetrating welds across every joint — eliminating stress fractures that plague hand-welded frames under repeated load cycling.

Built Strength
Standard Equipment
Robotic MIG weld
(98/100)
Hand welded
(65/100)
Built label 2
(95/100)
Standard label 2
(60/100)
Robotic MIG weld
(98/100)
Standard Equipment:
Hand welded
+
Powder Coat
Electrostatic coat
(96/100)
Wet paint finish
(58/100)

Electrostatic powder coating applied at 200°C bonds at the molecular level — resisting chips, sweat corrosion, and UV fade far beyond conventional wet-paint finishes.

Built Strength
Standard Equipment
Electrostatic coat
(96/100)
Wet paint finish
(58/100)
Built label 2
(95/100)
Standard label 2
(60/100)
Electrostatic coat
(96/100)
Standard Equipment:
Wet paint finish
+
Frame Warranty
Lifetime warranty
(100/100)
1–2 year limited
(45/100)

BUILT frames carry a lifetime structural warranty — backed by the confidence that comes from commercial-grade steel and precision manufacturing.

Built Strength
Standard Equipment
Lifetime warranty
(100/100)
1–2 year limited
(45/100)
Built label 2
(95/100)
Standard label 2
(60/100)
Lifetime warranty
(100/100)
Standard Equipment:
1–2 year limited

BUILT vs Legacy Selectorized Machines

Compare how BUILT machines outperform traditional plate-loaded equipment in durability, engineering, and long-term performance.

Feature
Built Strength
Standard Equipment
+
Steel Gauge
11-gauge tubing
(95/100)
14-gauge tubing
(60/100)

Thicker gauge means dramatically greater resistance to flex and fatigue over years of heavy use. Our 11-gauge frames are rated for commercial facilities logging 8+ hours of daily use.

Built Strength
Standard Equipment
11-gauge tubing
(95/100)
14-gauge tubing
(60/100)
11-gauge tubing
(95/100)
14-gauge tubing
(60/100)
11-gauge tubing
(95/100)
Standard Equipment:
14-gauge tubing
+
Weld Quality
Robotic MIG weld
(98/100)
Hand welded
(65/100)

Robotic MIG welding ensures consistent, penetrating welds across every joint — eliminating stress fractures that plague hand-welded frames under repeated load cycling.

Built Strength
Standard Equipment
Robotic MIG weld
(98/100)
Hand welded
(65/100)
Built label 2
(95/100)
Standard label 2
(60/100)
Robotic MIG weld
(98/100)
Standard Equipment:
Hand welded
+
Powder Coat
Electrostatic coat
(96/100)
Wet paint finish
(58/100)

Electrostatic powder coating applied at 200°C bonds at the molecular level — resisting chips, sweat corrosion, and UV fade far beyond conventional wet-paint finishes.

Built Strength
Standard Equipment
Electrostatic coat
(96/100)
Wet paint finish
(58/100)
Built label 2
(95/100)
Standard label 2
(60/100)
Electrostatic coat
(96/100)
Standard Equipment:
Wet paint finish
+
Frame Warranty
Lifetime warranty
(100/100)
1–2 year limited
(45/100)

BUILT frames carry a lifetime structural warranty — backed by the confidence that comes from commercial-grade steel and precision manufacturing.

Built Strength
Standard Equipment
Lifetime warranty
(100/100)
1–2 year limited
(45/100)
Built label 2
(95/100)
Standard label 2
(60/100)
Lifetime warranty
(100/100)
Standard Equipment:
1–2 year limited

Why These Differences Matter

Engineering First

Every BUILT machine is developed around performance engineering rather than aesthetic design, ensuring optimal motion paths and durability. BUILT equipment is built for high-frequency use in commercial gyms, not occasional.

Engineering First

Every BUILT machine is developed around performance engineering rather than aesthetic design, ensuring optimal motion paths and durability. BUILT equipment is built for high-frequency use in commercial gyms, not occasional.

Engineering First

Every BUILT machine is developed around performance engineering rather than aesthetic design, ensuring optimal motion paths and durability. BUILT equipment is built for high-frequency use in commercial gyms, not occasional.

BUILT In Real Training Environments

See how BUILT systems compare in frame strength, serviceability, and movement precision.

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Explore The BUILT Strength

Explore engineered strength systems, design your layout, and bring commercial-grade performance to your facility.

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