Custom & Project Manufacturing Capabilities
Engineering-Led Fossil Fabrication
Industrial Production Beyond Catalog Constraints
We define our value by production capability, not SKU limitations.
While our core specializations include architectural tile systems, slabs, and luxury furniture, our 41,000 $m^2$ production compound is engineered for a significantly broader fabrication spectrum.
Since 2014, we have developed and delivered more than 250 distinct fossil formats spanning hospitality hardware, decorative systems, and private-label programs. This breadth is a direct result of advanced machining capability, rigorous material grading, and industrial discipline, not simple catalog expansion
The Distinction of Scale
- Production Versatility: Every format we manufacture is the result of structured engineering, volume feasibility studies, and precise material allocation.
- Machining Flexibility: Our facility supports both recurring monthly supply chains and high-volume, container-based allocation.
- B2B Integration: We do not operate as a retail entity. We operate as a manufacturing partner for distributors and project developers who require stable, scalable production of non-standard fossil components.
If your project requires a geometry or format not listed in our core categories, our engineering team evaluates the mineral density and structural feasibility to build a dedicated production workflow around your requirements.
Tell us your production requirement.
Prototype Validation & Master Sample Archiving
Ensuring Consistency from First Piece to Full Production
For distributors and project developers, the largest risk in custom manufacturing is not the prototype itself. The real concern is whether the approved sample can be replicated consistently across hundreds or thousands of units.
Natural materials such as petrified wood introduce additional complexity. Each fossil section contains unique mineral patterns, density variations, and structural characteristics. Without controlled reference standards, a single prototype can easily diverge from later production batches.
To address this, our custom manufacturing workflow incorporates Master Sample Archiving.
Prototype Development
Custom products typically begin with a prototype or sampling phase. This stage allows both parties to confirm:
Dimensional accuracy > Surface finishing standard > Mineral tone coordination > Structural stability > Installation compatibility
We iterate designs until they meet the specified technical threshold. Once the sample meets technical and aesthetic requirements, it becomes the reference standard for the production lines.
Master Sample Archiving
After approval, the prototype is preserved as a Master Sample within our production reference archive.
This master unit becomes the benchmark used by fabrication teams and quality control inspectors during batch manufacturing.
Key characteristics recorded include:
• Exact dimensions and tolerances
• Surface finishing specification
• Polishing level and edge treatment
• Structural reinforcement details if applicable
• Material classification and mineral tone reference
During production, batches are periodically compared against the archived master sample to ensure alignment.
Batch Consistency Control
Beyond visual comparison, consistency is reinforced through:
• Controlled cutting templates
• CNC calibration where applicable
• Material grading during raw allocation
• Structured polishing sequences
• Final inspection before packaging
This production discipline allows custom programs to transition from prototype validation into stable volume manufacturing.
This process ensures that the 500th or 1,000th unit maintains the same dimensional and finishing standard as the first approved piece.
Why Master Sample Archiving Matters
For distributors and procurement teams managing large-volume productions lines, prototype approval alone is not sufficient.
Master sample archiving provides a controlled reference point that ensures:
• Long-term batch consistency
• Alignment between prototype and volume production
• Reduced variation across shipments
• Predictable quality across recurring monthly supply cycles
Every Master Sample is assigned a unique Batch ID, ensuring that re-orders in 2027 match the material grade and finish of the 2026 production run
This system transforms a single approved sample into a repeatable production standard.
From Concept to Scalable Manufacturing
Once the master sample is established, custom programs can transition into structured production.
Because the production reference has already been established, expansion from prototype to full manufacturing can occur without quality uncertainty.
Fabrication Domains & Manufacturing Clusters
To maintain industrial efficiency, our extended capabilities are organized into five specialized operational clusters. Each domain is optimized for batch repeatability and dimensional precision.
Hospitality Hardware & Functional Components
Engineered for resorts, boutique hotels, and commercial interior specifications.
- Scope: Door handles, cabinet knobs, pull bars, bathroom accessory sets, and hardware accents.
- Production Logic: Optimized for recurring monthly quantities. We focus on mineral coordination (ensuring a set of 500 bathroom accessories shares a cohesive tone) and strict installation tolerances for seamless hardware integration.
Tabletop & Utility Fabrication
High-volume production for hospitality operators and global distributors.
- Scope: Bowls, serving trays, cutting boards, and hollowware.
- Finish Profiles: Options range from Natural Surface Retention to High-Grit Full Polish.
- Scalability: Programs are engineered to scale from 200 to 1,000+ units per batch, utilizing dedicated machining profiles to ensure uniform wall thickness and weight.
Decorative & Sculptural Series
Precision shaping for retail chains and interior brand developments.
- Scope: Geometric forms (cubes, spheres), candle holders, and abstract sculptural objects.
- Technology: Integration of CNC precision shaping with manual refinement.
- Focus: Unlike one-off art pieces, this cluster is dedicated to batch repeatability, ensuring that sculptural silhouettes remain consistent across entire product lines.
Structural Furniture Extensions & Seating
Heavy-format fabrication for hospitality fit-outs and container-scale export.
- Scope: Bar stools, pedestal forms, benches (solid or mosaic), and nested table configurations.
- Engineering: Focuses on structural reinforcement and load-bearing calibration. These items are typically integrated into larger procurement programs where durability is as critical as aesthetic impact.
Architectural & Sanitaryware Systems
Engineered for integration into permanent building environments.
- Scope: Monolithic sinks, triple-sink systems, bathtubs, fireplace cladding, and thickness-calibrated wall panels.
- Technical Standards: Every unit undergoes sealing protocol adjustments and internal reinforcement based on the specific installation environment (e.g., moisture exposure or structural load).
Custom Product Workflow
From Concept Specification to Container Export
Custom fossil fabrication requires more than machining capability. Each program must move through a structured evaluation process to ensure that the natural characteristics of petrified wood align with dimensional requirements, production scale, and export logistics.
Our project manufacturing workflow follows six controlled phases.
Phase I — Technical Specification Review
Custom products begin with the submission of technical information from the client.
Accepted formats may include:
- CAD drawings
- dimensional schematics
- PDF technical specifications
- reference photographs
- physical prototype samples
During this stage, our engineering team evaluates the feasibility of the requested geometry relative to petrified wood’s mineral composition and grain orientation.
Critical considerations include:
- minimum structural thickness
- load distribution for furniture components
- potential fracture risk during machining
- finishing compatibility (polished, honed, natural surface)
This phase establishes the initial technical framework for the project.
Phase II — Material Feasibility & Fossil Grading
Unlike uniform synthetic materials, petrified wood exhibits mineral density variation and internal fossilized grain structures that influence machining behavior.
Before fabrication begins, suitable raw material sections are selected and graded based on:
- mineral density and silica composition
- internal fracture probability
- color and tone consistency
- log diameter and slab potential
Material allocation ensures that the requested design can be produced repeatedly without structural compromise.
If necessary, dimensional adjustments may be recommended to improve production stability.
Phase III — Prototype Fabrication
Once material feasibility is confirmed, a prototype or sample unit is produced.
This stage validates:
- dimensional accuracy
- surface finishing specification
- structural integrity
- mineral tone suitability
Clients review the prototype to confirm both aesthetic and technical alignment.
Approved samples are preserved within our Master Sample Archive, allowing future production batches to be calibrated against the validated reference standard.
This step ensures that the first approved unit and the 1,000th unit maintain the same specification baseline.
Phase IV — Production Scheduling & Workflow Integration
After prototype approval, the product enters volume production planning.
Manufacturing is integrated into the workflow of our 41,000+ m² production compound, which coordinates:
- heavy fossil cutting operations
- CNC precision shaping
- polishing and finishing stations
- stabilization and curing zones
- packaging and export preparation
Production batches are scheduled based on machining complexity, order volume, and export timelines.
Parallel workflow allows simultaneous fabrication of large slabs, furniture components, and small-format production lines.
Phase V — Quality Control & Dimensional Calibration
Batch manufacturing undergoes continuous inspection to ensure alignment with the approved master sample.
Quality control procedures include:
- dimensional tolerance verification
- surface finish consistency checks
- edge treatment and polishing validation
- mineral tone coordination within batch allocation
Typical dimensional tolerance ranges from ±1 mm to ±2 mm, depending on SKU geometry and structural thickness.
Inspection occurs at multiple stages of the machining and finishing process before final packaging approval.
Phase VI — Export Coordination & Container Planning
Once production is completed, shipment preparation begins.
Export coordination includes:
- reinforced protective packaging for fossil materials
- palletized stacking for modular components
- weight-balanced container loading
- multi-SKU consolidation when required
Shipments are routed via Tanjung Priok port, supporting both FOB and CIF export terms.
This final stage ensures that the transition from manufacturing floor to international shipment maintains both structural safety and delivery efficiency.
From Concept to Scalable Production
Through this structured workflow, custom products move from concept validation to repeatable manufacturing.
This system allows distributors and project developers to transition from prototype validation into stable long-term supply.
Once the master sample and production parameters are established, programs can scale to:
• recurring monthly supply cycles
• 200–1,000 unit batch production
• container-scale export allocation
Our Fabrication Expertise:
Need more example? Contact us.