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PROCESS STAGE
Engineering & feasibility review
Review of geometry, material, tolerances, datum strategy and production intent before tooling.
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Manufacturing capability
From feasibility review and tooling to chemistry verification, finishing and dispatch, each stage is designed to protect the component’s intent.
End-to-end process
Investment casting can reproduce intricate geometry, consolidate multi-part designs and reduce machining—but only when the entire route is engineered around the component.
PROCESS STAGE
Review of geometry, material, tolerances, datum strategy and production intent before tooling.
PROCESS STAGE
Tooling route planned for repeatability, wax flow, assembly and lifecycle requirements.
PROCESS STAGE
Controlled pattern production with process parameters established for the component.
PROCESS STAGE
Visual and dimensional checks before patterns move to assembly.
PROCESS STAGE
Tree design balances feeding, yield, handling and pouring requirements.
PROCESS STAGE
Refractory slurries and stucco layers create a robust precision mould.
PROCESS STAGE
Wax removal and thermal preparation ready the shell for pouring.
PROCESS STAGE
Charge make-up, melting practice and chemistry verification support material integrity.
PROCESS STAGE
Chemistry is checked against the agreed material specification.
PROCESS STAGE
Temperature and timing are managed for stable filling and soundness.
PROCESS STAGE
Shell is removed before cut-off, grinding and local finishing.
PROCESS STAGE
Surface cleaning prepares parts for inspection and downstream operations.
PROCESS STAGE
Finish routes are selected for function, appearance and downstream processing.
PROCESS STAGE
Part dimensions are assessed against approved drawings and inspection plans.
PROCESS STAGE
Visual, dimensional, traceability and documentation checks precede release.
PROCESS STAGE
Protective packing and identification support dependable delivery.
Material families
Material choice is treated as part of component engineering. Grade selection and verification are aligned to the application, customer specification and manufacturing feasibility.
CF8/304, CF8M/316, CF3/304L, CF3M/316L, SS 410, SS 430, SS 202.
WCB, WCC, EN8 and other steel grades as per customer specifications.
WC6, WC9, EN19, EN24, EN353 and other alloy steel grades as per customer specifications.
SS 2205, SS 2304, SS 2507 and other duplex stainless steel grades
Other carbon, low-alloy steels, stainless steel grades can be developed against custom specifications subject to feasibility.
Technical capability
Each placeholder below is centrally editable. Confirmed values can be published as plant and component data becomes available.
| Minimum casting weight | 15 g |
|---|---|
| Maximum casting weight | 50 kg |
| Dimensional tolerance | ±0.25 mm upto 50 mm and additional ±0.125 mm for every 25 mm increment |
| Maximum component dimensions | 600 mm x 600 mm x 450 mm |
| Monthly production capacity | 25 MT |
| Heat-treatment availability | Approved vendors |
| Machining availability | Approved vendors |
| Inspection capabilities | Spectrometer, dimensional and visual inspection; hardness, tensile and impact testing |
Quality assurance
Our quality framework connects material identity, process records, dimensional evidence and final release.
Spectrometer checks support chemistry confirmation.
Heat-wise identification follows the component route.
Critical characteristics are checked to the agreed plan.
Records and documentation are reviewed before dispatch.