Building faster,
smarter
construction.
European-grade SIP and CLT systems for the Australian building industry. Precision-engineered panels that accelerate build timelines, improve energy efficiency, and reduce reliance on scarce site labour.
- Precision-engineered panels — manufactured to ±0.2 mm
- Up to 50% faster construction than traditional framing
- 50–60% operational energy savings vs. code-built homes
reduction in construction time vs. traditional framing
Mullens & Arif (2006)[1]
energy savings vs. standard code-built homes
SIPA[2]
less framing labour on site
BASF / RS Means (2006)[3]
more construction workers Australia needs by 2029
Master Builders Australia[4]
Conventional construction
is under pressure —
everywhere.
Australia faces a housing target of 1.2 million new homes by 2029.[5] It cannot be met with the way we currently build.
Slow construction
Traditional site framing is weather-dependent, labour-intensive, and sequential — each trade waiting on the last. Delays compound across a programme.
typical frame-to-lock-up in conventional residential construction
Rising labour costs
Every construction occupation in Australia is in national shortage. The trades gap is structural — not cyclical — and it is pushing project budgets beyond feasibility.
of Australian builders cite labour shortages as a major current challenge[6]
Material waste
On-site cutting, off-cuts, and over-ordering are endemic to conventional framing. Waste disposal adds cost and complexity — and contradicts sustainability requirements clients increasingly demand.
reduction in on-site waste with prefabricated panel systems[7]
Inconsistent results
Every site-built frame is slightly different. Variations in material quality, site conditions, and trade skill compound into thermal bridging, structural callbacks, and compliance gaps.
CNC manufacturing precision of factory-produced panels vs. site-built variability
Same outcome.
A fundamentally better process.
Panelised construction doesn’t change what you build — it changes how you build it. Structural panels are engineered and manufactured in a controlled factory environment, then delivered to site ready for assembly. The result: faster programmes, fewer trades, and better building performance.
Stick-frame build
- Weather-dependent framing — rain halts progress; wet timber warps and shrinks post-installation
- Sequential trade dependency — frame, then insulation, then sheathing, each requiring a separate mobilisation
- Thermal bridging at every stud — reduces effective R-value to ~13.3 on a nominally R-19 wall
- On-site variability — performance depends on individual tradesperson skill and site conditions
- Significant material waste — off-cuts, over-ordering, and skip costs on every project
Panelised SIP or CLT build
- Factory-controlled manufacturing — no weather risk; panels arrive dry, dimensionally stable, and ready to install
- Integrated system — structure, insulation, and sheathing in one panel; one delivery, one installation stage
- Continuous insulation core — effective whole-wall RSI 3.7 (R-21 imperial) with no thermal bridging at framing members[8]
- Repeatable precision — CNC manufacturing to ±0.2 mm; consistent results across every panel on every project
- 30%+ less on-site waste — factory pre-cutting means fewer off-cuts, less skip hire, and cleaner sites[7]
Real projects.
Real results.
See how builders and developers are using Panel Haus systems to deliver faster construction, precision builds, and energy-efficient structures across Australia.
Lot 55 Syncarpia Crescent
SIP construction delivering accelerated installation and superior thermal envelope performance for a residential build on the Central Coast. Structural framing completed in days, not weeks.
A smarter way
to build.
Panel Haus simplifies construction by combining intelligent design, precision manufacturing, and efficient on-site assembly into a single coordinated process.
Design & planning
Structural layouts are developed in collaboration with architects and engineers — optimised for the panelised system so every opening, service penetration, and connection detail is resolved before manufacturing begins.
Panel manufacturing
SIP and CLT panels are manufactured in Europe under precision-controlled conditions using CNC machinery. Every panel is produced to project-specific dimensions — structural integrity and thermal performance built in at the factory.
Site delivery
Completed panels arrive labelled and sequenced, ready for immediate installation. Because structure, insulation, and sheathing are integrated, fewer separate deliveries and no on-site cutting is required.
Installation
Panels are assembled to form the complete structural envelope — typically in days rather than weeks. Fewer trades, faster programme, and a building that meets its performance specification from day one.
Built on trusted partnerships
and proven systems.
Panel Haus works with established European manufacturing partners and experienced construction professionals to deliver reliable, high-performance building systems — backed by decades of independent research and real project evidence.
European manufacturing partners
Panels are manufactured in Europe using precision-controlled production systems — the same manufacturing base that supplies the world’s most advanced construction markets. European SIP and CLT systems have been mainstream structural methods for decades.
Independently verified performance
Every performance claim Panel Haus makes — energy savings, construction time, labour reduction, carbon impact — is sourced from peer-reviewed research, government studies, and independent industry data. We don’t market with approximations.
Built for builders and developers
Panel Haus is not a product catalogue. We provide full specification support, engineering coordination, and installation methodology from project feasibility through to structural completion. Our systems are suited to volume builders, custom home builders, and high-performance builders through to large-scale commercial and multi-storey developers — making the transition to panelised construction practically seamless.
Projects delivered across Australia
Panel Haus supports residential, architectural, and commercial projects across multiple Australian regions — with the technical and logistics infrastructure to deliver from specification to site regardless of project location.
From the people
who have built with us.
“Testimonial from builder or developer — coming soon.”
“Testimonial from builder or developer — coming soon.”
“Testimonial from builder or developer — coming soon.”
Ready to build
smarter?
Speak with the Panel Haus team about your upcoming project. Early design discussions identify the right construction system — and leverage the full time, cost, and performance advantage of panelised construction.
No commitment required. Consultations cover project feasibility, system selection, and an indicative programme and cost comparison vs. conventional construction.
Explore the SIP System
The primary Panel Haus system for residential and light commercial projects — up to 50% faster, 50–60% more energy efficient.
Explore the CLT System
Mass timber for mid-rise and commercial projects — structural performance comparable to concrete at ~40% lower embodied carbon.
View All Projects
Completed builds, installation stages, and project case studies across residential, architectural, and commercial typologies.
[1] Mullens & Arif (2006); Drain et al. (2006); Murtaza et al. (1993) — cited in University of Colorado, CU Scholar (2013). ~50% reduction in on-site construction time vs. stick framing. [2] Structural Insulated Panel Association (SIPA), sips.org. SIP homes typically achieve 50–60% energy savings vs. standard code-built homes. [3] BASF Time & Motion Study (2006), RS Means / Reed Construction Data. Up to 55% less framing labour vs. traditional methods. [4] Master Builders Australia (2024), masterbuilders.com.au. 130,000 additional construction workers needed by 2029. [5] National Housing Accord (2023), Commonwealth of Australia. 1.2 million new homes over five years from mid-2024. treasury.gov.au [6] Olvera Advisors (2024), olveraadvisors.com. 91% of Australian builders cite labour shortages as a major challenge. [7] Premier SIPS / SIPA, sips.premierbuildingsystems.com. Factory pre-cut panels reduce on-site waste by 30%+. [8] SIPA EPD (2024); Oak Ridge National Laboratory. 165 mm EPS SIP: effective whole-wall R-21 vs. ~RSI 2.3 (R-13.3 imperial) for conventional 140 mm stud frame with RSI 3.4 insulation (R-19 imperial).