From Concept to Confidence
Bringing 50+ years of combined expertise to your hydraulic system challenges
Turn Hydraulic Challenges Into Confidence
You're skilled at what you do. Whether you're designing systems, maintaining equipment, or managing projects, hydraulics is a crucial part of your work. But without formal training, every design decision can feel like a leap of faith.
Why Choose KAPEC?
We bridge the gap between theory and real-world application. With 50+ years of combined expertise, we help you:
• Design systems that work first time
• Make confident component selections
• Ensure safety compliance from day one
• Solve complex integration challenges
Beyond 'Free' Design
Stop relying on supplier-locked solutions or copied designs. Our independent expertise means:
• Unbiased component selection
• Standards-compliant documentation
• Practical, proven solutions
• Support through the entire lifecycle
From Sketch to Success
Whether you need a sounding board for ideas or comprehensive design validation, we're here to help. Our approach combines:
• Practical design mentoring
• CMSE-certified safety expertise
• NSW Mine Design Guide compliance
• Real-world system validation
Ready to boost your hydraulic system confidence?
Let's start with your current challenge.
Services
From initial concept to ongoing operation, KAPEC delivers expert fluid power solutions across your equipment's entire lifecycle. Our services span from hands-on design mentoring and system integration to comprehensive safety validation, specializing in brake system certification and hazardous environment controls.
Whether you need a trusted sounding board for your design ideas or detailed system audits against NSW Mine Design Guides and international standards, our approach combines practical experience with certified expertise. We help you navigate complex technical requirements while ensuring your systems start up right the first time and operate reliably throughout their service life.
Design Mentoring
Lean on us to guide you through your design of fluid power systems
Design Analysis
Design Review using tools such as software simulation and FMECA
Failure Analysis
Review of component or system failure
System Audit
Audits of your systems to standards and guidelines
Datalogging
Datalogging systems for fault finding, system analysis and design validation
System Integration
Integrating systems and technologies for smooth commissioning and operation of machines