20 Aug 2026

MASPRO Re-engineers TFX Feed System to Address Recurring Hydraulic Cylinder Failure

MASPRO Stand: D15-B
MASPRO
MASPRO Re-engineers TFX Feed System to Address Recurring Hydraulic Cylinder Failure
Failure-mode analysis led MASPRO to re-engineer key elements of the TFX hydraulic feed cylinder, reducing cylinder consumption across active underground fleets.
Hydraulic, wear and structural failures can create significant maintenance demands across underground fleets. When the same failure keeps recurring, the response is often to replace the component or reinforce it. But that can leave a more useful question unanswered: what is causing the failure to repeat?

A MASPRO case study involving TFX hydraulic feed cylinders on underground development jumbos shows the value of asking that question. Premature cylinder failure was traced to a specific internal condition: air encapsulation between the floating piston and piston rod, driving unplanned downtime, increased replacement frequency, maintenance cost and personnel exposure.

Rather than continue supplying replacement cylinders exposed to the same failure mechanism, MASPRO reviewed how the TFX feed system was functioning under operating conditions and redesigned key elements of the assembly: transfer tube positioning, internal cylinder geometry and the air-management pathway. The redesigned cylinder was trialled and validated in active development fleets.

Across six development jumbos covering 12 booms, cylinder usage reduced by 25% over the 12-month measurement period, with a 54% cost saving compared with original equipment manufacturer supply. Under MASPRO's Service Exchange Program, cylinder consumption reduced by 66%, with a 61% cost saving compared with the previous procurement model.

Performance Re-engineered, Not Reproduced

MASPRO is an Australian-owned engineering and manufacturing company specialising in precision-engineered aftermarket components for underground and surface hard-rock mining equipment.

MASPRO's approach to Performance Re-Engineering focuses on understanding the failure mode behind a component rather than simply reproducing the component exposed to that failure. In the TFX feed system, that approach led to design changes that reduced cylinder consumption under the operating conditions documented in the case study.

MASPRO will bring this perspective to Electra Mining Africa 2026, where the team will be available to discuss hydraulic, wear and structural failure challenges across underground and surface mining applications.

Visitors can meet MASPRO in Hall 3, Australian Pavilion, Stand D15-B.

Media Contact

MASPRO | Marketing Team

marketing@maspro.com.au

https://www.maspro.com.au/

 

Performance note: Results relate to the operating conditions documented in this case study. Performance outcomes may vary depending on operating conditions and application. Organisations should assess applicability to their specific environment.

Loading