100% Electric Curing. Zero Roof Flues. Zero ATEX Headaches

VoltCure replaces gas burners and complex overhead piping with precision-shielded electrical heating and direct saturated steam injection. Built on CAM’s proven horizontal laminar architecture, it delivers degree-by-degree thermal stability from 0 to 100°C—protecting your plant infrastructure, your operating margins, and your professional reputation.

THE HIDDEN LIABILITIES SITTING ON YOUR FACTORY ROOF

When evaluating a new curing installation, most plant directors look only at the machine footprint. They overlook the expensive, high-risk infrastructure required to keep gas burners operational:

• Overhead Gas Lines Above Battery Lines: Running high-pressure combustible gas directly above high-value automated assembly equipment introduces permanent safety and explosion hazards.

• Building Penetrations & Roof Flues: Every chimney cut into your plant roof is a potential structural leak, requires regular environmental emissions certification, and demands routine cleaning and maintenance.

• ATEX Compliance & Inspection Burden: Gas trains, pressure regulators, and exhaust safety loops involve recurrent administrative audits, specialized burner servicing, and regulatory liabilities.

• Volatile Utility Exposure: Gas prices remain exposed to global geopolitical spikes. Running fossil fuel curing locks your cost-per-pallet into an unpredictable operational expense.

The Reality: The gas burner is not an asset. It is an infrastructure bottleneck that costs money before the chamber even fires up.

SAME METALLURGY. TOTAL INFRASTRUCTURE INDEPENDENCE

Switching to electric curing does not mean gambling with your proven plate chemistry. VoltCure was engineered around one non-negotiable rule: the plate must undergo the exact same thermodynamic and chemical transformation as a CAM Steam Cure chamber.

• ✅Precision Degree-by-Degree Control (0 to 100°C): Shielded electric heating banks respond instantly without the thermal overshoots typical of modulated gas burners.

• ✅Direct Saturated Steam Injection: Micro-particle steam penetration guarantees uniform moisture saturation across the entire pallet depth, eliminating dry edges and micro-cracking.

• ✅Signature Horizontal Laminar Airflow: Air circulates evenly between plates, ensuring identical chemical conversion from the bottom pallet to the top tier.

• ✅Direct Solar PV Integration: Power your curing cycles directly with on-site renewable generation. Turn daytime solar surplus into cured plates with near-zero marginal energy costs.

• ✅Clean Plant Architecture: No chimneys, no burners to calibrate, no gas leaks to monitor. Just clean, silent, reliable industrial automation.

WE STRESS-TEST IN OUR FACTORY SO YOU NEVER TROUBLESHOOT IN YOURS

A production manager’s worst nightmare is acting as an uncompensated test bench for an equipment supplier’s prototype.

VoltCure units undergo a comprehensive In-House Factory Acceptance Test (FAT) at CAM’s facilities before dispatch:

• Full thermal ramp validation under simulated full-capacity loads.

• Degree-by-degree sensor verification across all chamber zones.

• Steam generation, injection uniformity, and seal pressure tests.

When a VoltCure unit reaches your plant, it connects directly to your electrical supply and starts operating.

Zero guesswork, zero operational delays, zero career risk.

TECHNICAL CONFIGURATION: VOLTCURE SPECIFICATIONS

1. Curing Performance & Chemical Guarantees

• Final Guaranteed Free Lead: < 3%

• Final Guaranteed Moisture: < 0.5%

• Operating Temperature Range: 0°C to 100°C (precision control: ± 1°C)

• Humidity Operating Range: Up to 98% Relative Humidity (RH)

• Curing Chemistry Support: Optimized recipes for both 3BS and 4BS crystal growth

2. Chamber Architecture & Air Distribution

• Airflow Pattern: CAM Horizontal Laminar Flow (uniform results for horizontal and vertical plates)

• Internal Shell: Full Inox AISI 304 Stainless Steel (zero iron oxide contamination)

• Thermal Insulation: 80–100 mm high-density sandwich panels (eliminates cold spots and heat dissipation)

• Steam Generation: Direct saturated steam injection system with emergency osmotic water integration

3. Utilities & Energy Integration

• Power Source: 100% Electrical (Multi-stage precision shielded elements)

• Standard Supply: 400 V; 3-phase + N; 50/60 Hz; 135 kW installed power

• Gas Consumption: 0.00 m³/h (No gas pipework, no burners, no exhaust stacks)

• Automation Suite: Siemens PLC with Graphic Touchscreen Panel (SCADA-ready architecture)

• Renewable Compatibility: Direct interface capability for industrial solar PV systems