Amsol Capabilities
Aluminium Die Casting, Built for Scale
From DFM and gating/cooling simulation to robust tooling and PPAP, we cast aluminium parts for strength, weight, and cost—then machine, finish, inspect, and ship line-ready. One accountable partner from prototype to production with documented quality and traceable lots.
- ISO 9001:2015
- 40+ Years Expertise
- ASTM / DIN / EN / JIS
- 30+ Countries
Lightweight parts without guesswork
Engineering-first casting with integrated machining, finishing, inspection, and logistics.
- DFM trims weight while protecting stiffness and features
- Tooling designed for life, serviceability, and stable yields
- Controlled fill reduces porosity; consistent cosmetics at scale
- Critical faces post-machined to assembly-ready tolerances
- PPAP, SPC, CMM reports ensure specification conformance
- Batch coding and JIT dispatch aligned to your schedules
Strength, accuracy, and repeatability
We stabilize process windows early and safeguard them through ramp.
- Samples validate gating, runners, vents, and cooling strategy
- Preventive tool care avoids flash, porosity, and dimensional drift
- Vacuum or squeeze options improve density for load zones
- Inline checks confirm critical datums and wall uniformity
- Pack-out engineered for surface and corner protection
Amsol Aluminium Die Casting Capabilities
From toolroom to truck-ready parts
Lead Time
Rapid T1s; controlled ramps; dependable serial cadences
Tooling
Gating/cooling simulation, quick-change inserts, maintenance logs
Tolerances
Stable tight features; CMM verification and SPC capability
Prototyping
Bridge tools, insert swaps; early PPAP planning and trials
Quality
PPAP, FMEA, CPK; spectro checks, leak tests, full traceability
Explore processes, alloys, and finishes we use for aluminium castings.
High-Pressure Die Casting
Fast cycles, complex geometry, cost-efficient volumes with consistency.
Low-Pressure Die Casting
Controlled fill, lower porosity, better mechanicals on thicker sections.
Gravity Die Casting
Reliable medium-run option, stable walls and dimensional control.
Vacuum-Assisted Casting
Reduced gas entrapment, improved density, cleaner surfaces for finishing.
Squeeze Casting
Higher integrity, heat-treatable parts, strong load-bearing regions.
Integrated CNC Machining
Datum-driven workholding, multi-axis ops, assembly-ready critical faces.
AlSi9Cu3 (A380 / ADC12)
AlSi10Mg (A360 / EN AC-43000)
AlSi7Mg (A356)
AlSi12
AlMg alloys (select)
Shot / Bead Blasting
Vibratory Tumbling
Impregnation (Porosity Sealing)
Chromate Conversion (Alodine)
Powder Coating
Anodizing (select alloys/processes)
Machining & Deburring
Heat Treatment (GDC/LPDC-suitable alloys)
Laser Marking
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