Robot Manufacturing Industry

The 'lubrication code' for the long-term and stable operation of industrial robots

As the "precision commander" of robot joints, harmonic reducers face three core challenges in their 10000 hour long-term operation:

• Extreme temperature fluctuation - temperature difference between north and south, cold start and high-speed temperature rise, requiring lubricating grease to not start torque at -40 ℃ and not lose at 120 ℃;
• Micro motion wear threat - frequent start stop and high torque loads, accelerated tooth surface pitting and accuracy degradation;
• Oxidation life bottleneck - lubricant deterioration under long-term operation directly threatens the national standard life compliance rate.

Special lubricating grease for TECHOEL harmonic reducer: precise breakthrough

• Wide temperature range, strong and resilient protection:
  ► The unique molecular structure spans from extreme cold to high temperature, ensuring smooth start and stop of robots across all regions and seasons;
• Anti wear accuracy guarantee:
  ► Nano scale anti friction film covers the surfaces of both rigid and flexible gear teeth, suppressing micro motion wear and increasing displacement deviation control by 30%;
• Long term antioxidant protection:
  ► The composite antioxidant system can resist long-term thermal stress, and its performance degradation tends to zero during its lifespan.

Why become a common choice among top manufacturers?

• The chemical cornerstone of national standard lifespan: verified by GB/T 30819-2014 standard, with no abnormalities after 10000 hours of operation;
• Explicit value of energy conservation and consumption reduction: friction coefficient reduced by 40%, reducer temperature rise decreased, and energy consumption significantly optimized;
• Deep optimization of maintenance costs: lifetime lubrication design reduces downtime maintenance frequency and overall operation and maintenance costs.

TECHOEL's mission: to provide molecular level precision care, ensuring that every joint rotation is as accurate as ever - precise chemical genes, guarding the "steel pulse" of the intelligent manufacturing era.