CXM-PS Vacuum Pressure Rotary Casting Machine
Intelligent casting workflow system for repeatable jewelry production
System data sheet.
- Dimensions
- 600x700x1150mm
- Power supply
- Three-phase 380V
- Power
- 5kW
- Frequency
- 130kHz
- Casting method
- Vacuum pressurized rotary casting
- Maximum rotational speed
- 180RPM/S
- Applicable metals
- K gold, platinum (small-batch silver and copper also supported per introduction)
- Metal capacity
- 200-250g
- Used gas
- Compressed air, inert gas
- Optional configuration
- 3P water cooler and 15L vacuum pump
What this system is.
CXM-PS is an ultra-stable model particularly suitable for platinum casting and large-surface workpieces. It uses vacuum metal melting with optional inert-gas filling; the powder cup can rotate left and right, and centrifugal speed is adjustable. The machine adopts pouring-type blanking with gravity pressurization to improve casting compactness and filling. With a stable heating system, enhanced full protection functions, and a dedicated ultra-high-pressure casting chamber design, it ensures operator and machine safety. It can cast small batches of K gold, silver, and copper, and shows especially significant results for PT platinum casting. Finished castings feature smooth surfaces, fewer sand holes, and uniform fineness, making it particularly suitable for setting casting.
Where it fits.
Typical scenarios this system is built to serve. Your specific line may overlap more than one.
- 18K / 14K Gold
Boutique and mid-volume gold casting where color uniformity and porosity rate are the bottleneck.
- Sterling Silver
Silver jewelry runs where oxidation control and clean pour geometry define the finishing workload downstream.
- Filigree & Fine Detail
Thin-wall pieces where the fill pressure, grain refinement, and surface fidelity have to be dialed in together.
- Rapid Recipe Switching
Lines running multiple alloys or SKU variants in the same day. Stored programs keep handoff-to-cast stable.
Defects this system addresses.
How the architecture of the machine maps onto the failure modes most common in jewelry casting production.
- Porosity & gas inclusions
Vacuum chamber evacuation before pour, with pressure-assisted fill and secondary vibration to collapse micro-voids before the front solidifies.
- Cold-shut & incomplete fill
Positive pressure during fill keeps the front moving through thin walls; recipe-locked thermal profile prevents the temperature drop that causes shorts.
- Color unevenness & segregation
In-chamber melting eliminates the melt-to-cast handoff step where most segregation and oxidation is introduced. One chamber, one thermal envelope.
- Batch-to-batch inconsistency
Stored programs lock the full sequence — temperature ramp, pressure window, vibration timing — so operator judgement isn't re-introduced each run.
- Operator-dependent quality
Digital recipe control removes the places where tacit know-how gets lost on a shift change. The workflow holds, even when the person changes.
Lead time, install, warranty.
- Lead Time
- 4–6 weeks from confirmed order and configuration lock.
- Packaging
- Export-grade wooden crate, rust-prevention wrap, shock-monitor seal on critical SKUs.
- Installation
- On-site commissioning by a Cylanco engineer available in most regions. Remote supervised install for straightforward configurations.
- Training
- Two-day operator + maintenance training — on-site or hybrid — included with flagship systems.
- Warranty
- 12 months on parts and labor. Lifetime technical support for recipe tuning and workflow questions.
- Spares
- Common wear parts kept in stock; airfreight available. Consumables quoted with the initial configuration.
Options & modules.
- Optional: 3P water cooler
- Optional: 15L vacuum pump
- Custom specification option in configure popup
- 3P water cooler
- 15L vacuum pump
Configure this system for your line.
Share alloy, throughput target, and facility context. We map the right configuration — not a generic machine list — and reply within 24 hours.