CXM-RBF Microcomputer Dual Layer Rotary Furnace
Double-decker structure for higher throughput
System data sheet.
- Power supply
- Three-phase 380V
- Power
- 21kW
- Frequency
- 50/60Hz
- Maximum temperature
- 900C (built-in temperature control)
- Rotary furnace disk
- Double-decker Phi460x2mm / Phi590x2mm
- Configurable powder cup
- Phi101 for 20-26 cups, Phi89 for 30-36 cups, Phi76 for 42 cups
- Powder cup height
- 11in
- Size
- 1150x1120x2020mm
- Features
- Energy-saving and environmentally friendly, high intelligence, bottom heating for more uniform heating, work disk anti-deformation warranty 3 years, optional full stainless steel customization, Chinese-English interface, auto restart after power failure, callable any cup position, over-temperature alarm control
What this system is.
CXM-RBF is a dual-layer rotary furnace controlled by microcomputer logic with touchscreen operation. It is designed for stable powder cup preheating, uniform heating distribution, and high-efficiency operation in jewelry casting preparation workflows. The machine supports configurable powder cup sizes and includes over-temperature protection logic.
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.
- Double-decker structure for higher throughput
- More uniform thermal distribution
- Programmable temperature stages
- Auto-recovery logic after power interruption
- Supports Chinese/English control interface
- Over-temperature alarm + dual protection systems
- Supports custom stainless-steel version (custom build)
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.