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WaveSinter - Microwave Furnace

SKU: 939-1300



​The WAVESINTER offers a high-efficiency microwave sintering solution that achieves flawless, crack-free full-bridge results in a rapid 2:25 cycle (excluding cooling time).


Its advanced thermal control enables a stabilizer-free workflow, eliminating the need for support structures to save on both material and labor. Designed for precision, it delivers perfect shade accuracy without shifting across all commercially available zirconia, removing the need for specialized "fast-sinter" blocks. This system significantly reduces overhead through energy-efficient operation and heating elements that cost 50% less to replace than conventional wire heaters, all while ensuring a secure lab environment with dual-detection safety sensors and electromagnetic shielding.

  • KEY FEATURES
  • COMPONENTS
  • F.A.Q.
  • RELATED PRODUCTS
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WAVESINTER: High-Efficiency Microwave Sintering

Maximum Power
2,000 W
Input Power
AC 220V 60Hz
AC 230V 50Hz
Fuse
10A
Weight
32 kg
Size (mm)
W385 x D440 x H547
Maximum sintering temperature
1550°C (2822°F)
KEY FEATURES
FUNCTIONAL OVERVIEW
Full Bridges Sintered in Just 2 Hours & 25 Minutes
  • Speed: Sinter full bridges in 2h 25m (cooling time not included).
  • Precision: Microwave heating delivers uniform thermal distribution to eliminate cracking and distortion.
  • Efficiency: High-speed processing engineered specifically for complex, multi-unit restorations.
Stabilizer-Free Sintering for Full-Arch Bridges
  • Stabilizer-Free Sintering: Evenly balances zirconia core temperatures to prevent warping and cracking without support structures.
  • Reduced Material Costs: Uses smaller zirconia blocks by eliminating extra stabilizer margins.
  • Extended Tool Life & Speed: Cuts down milling cycles and saves bur wear by bypassing stabilizer milling entirely.
Flawless Shade Accuracy in Just 2 Hours & 25 Minutes
  • Uncompromised Color Accuracy: Achieve exact shade reproduction and translucency in a 2-hour, 25-minute fast cycle.
  • Global Technician Approved: Proven color consistency trusted by laboratories around the globe.
Universal Compatibility with Any Zirconia Block​
  • ​Universal Block Compatibility: Advanced, uniform microwave heating eliminates the need for specialized material—use any standard zirconia block on the market.​
  • Complete Material Freedom: Fully compatible with your existing zirconia inventory, brands, and shade systems with no proprietary block restrictions.
Dramatically Lower Lab Operating Costs
  • Energy-Efficient Cycles: Shortened sintering times translate directly to lower power usage.
  • Half the Maintenance Overhead: Advanced heat source replacement costs 50% less than standard heating elements.
  • Consumable Savings: Skip stabilizer milling to stretch your zirconia blocks further and protect your burs.
Consumer Safety Is Our Top Priority
  • Electromagnetic Wave Containment: Reinforced structural design prevents any electromagnetic leakage during sintering.
  • Dual-Sensor Safety Architecture: Combines active thermal cooling with automated dual safety switches for complete operational protection.
  • Automated Component Monitoring: High-precision internal sensors track vital hardware metrics in real time to prevent malfunction.
Patented Technology
U.S. patent registered
  1. ​Dual / Hybrid Microwave Heating Chambers: Using microwave energy to rapidly agitate molecules internally while utilizing SiC (Silicon Carbide) susceptors on the outside to deliver balanced thermal absorption.
  2. Uniform Temperature Field Structures: Gradient wave-permeable and thermal insulation structures designed to prevent localized hotspots, cracking, or distortion in dental ceramics.
  3. Electromagnetic Containment & Shielding: Specialized cavity geometries, door seals, and wave-guide configurations that eliminate microwave leakage and shield external laboratory electronics.

WaveSinter - Frequently Asked Questions:

QUESTION
ANSWER
What is WAVESINTER, and how does microwave sintering differ from traditional furnaces?
WAVESINTER is a high-efficiency microwave zirconia sintering furnace. Traditional furnaces rely on external resistance elements (like MoSi₂ heating wires) to heat the restoration from the outside in. WAVESINTER uses hybrid microwave technology—heating the inside of the zirconia via microwave agitation while SiC susceptors heat the outside. This dual heating eliminates thermal lag and ensures uniform temperature distribution throughout the restoration.
Do I need specialized or proprietary "fast-sinter" zirconia blocks?
No. WAVESINTER is universally compatible with all standard third-party zirconia blocks, discs, and shade systems available on the market. Because heat distribution is uniform, dedicated blocks are completely unnecessary.
How fast can WAVESINTER sinter a full-arch bridge?
Full-arch bridges can complete sintering in 2 hours and 25 minutes (active heating cycle). Total cycle time from start to finish, including cooling, takes approximately 3 hours and 54 minutes.
Why are stabilizer supports no longer required for full bridges?
Thermal gradient differences across a large bridge cause warping, cracking, or tilting during rapid sintering, which usually requires a stabilizer bar. WAVESINTER minimizes internal and external temperature differentials so effectively that full bridges can be sintered without stabilizers. This reduces CAD/CAM milling time, saves raw zirconia material, and extends the life of your milling burs.
Will fast sintering affect shade accuracy or translucency?
Not at all. WAVESINTER delivers exact shade vitality, chroma, and natural translucency matching international lab standards, even on rapid 2:25 cycles.
How does WAVESINTER lower overall operating costs?
  1. Lower Energy Bills: Shorter cycle times consume significantly less power per run.
  2. Cheaper Maintenance: Replacing the heat source costs roughly 50% less than conventional wire heating elements.
  3. Material & Tool Savings: Eliminating stabilizer bars reduces zirconia block waste and cuts down on milling bur wear.
Is microwave energy safe to operate in a dental laboratory?
Yes. WAVESINTER is engineered with structural electromagnetic wave shielding to prevent any radiation leakage, protecting both laboratory personnel and surrounding electronic equipment. It also features active dual safety sensors and internal diagnostics that monitor temperature and system components in real time.
Total Cycle Breakdown
​(Full Bridge)
  • ​Active Sintering Time: 2 hours 25 minutes
  • Cooling Time: 1 hour 29 minutes
  • Total Cycle Time: 3 hours 54 minutes
Note: Cooling time begins automatically after the 2-hour-and-25-minute active heating cycle finishes, bringing the chamber safely down to temperature before opening or handling the sintered zirconia.
What do I need to install WAVESINTER in a US dental lab?
Setting up WAVESINTER requires a few key facility preparations:
  • Electrical Supply: Requires a dedicated 220–240V AC (50/60Hz) power line. For standard 120V US outlets, an electrician can install a dedicated 220–240V receptacle, or a step-up transformer rated to handle the furnace’s peak wattage can be used.
  • Benchtop Support: Place on a heavy-duty, heat-resistant workstation capable of supporting the furnace's weight, with at least 8–12 inches of surrounding clearance for proper heat dissipation.
  • Environment: Install in a temperature-controlled area with good ambient ventilation or near an exhaust system for binder burn-off.

COMPARISON: WAVESINTER vs. Traditional Sintering Furnaces

Feature / Aspect
WAVESINTER
​(Microwave Sintering)
Traditional Resistance Furnaces (MoSi2 / SiC)
Fast/Speed
​Sintering Furnaces
Heating Method
Microwave + SiC Susceptors (Volumetric internal & external heating)
Radiant Heat (Slow external heating elements)
Accelerated Radiant Heat (High-power elements)
Cycle Speed
2.5 hours
(Not including cooling time)
8 to 12 hours
​(Standard overnight run)
40 to 90 minutes (Ultra-fast / Chairside focused)
Full Bridge Capacity
Yes (Sinters full-arch bridges without warping)
Yes (Requires long, slow thermal ramps)
Limited (Mainly single crowns/short bridges; full arch risks cracking)
Stabilizers Required
No Stabilizers Needed
Often requires dedicated saggers or stabilizing supports
Varies by material & bridge size
Zirconia Compatibility
Universal (Standard zirconia blocks, no special formulas)
Universal (All standard blocks)
Restricted (Requires high-speed compatible zirconia formulas)
Long-Term Maintenance
Low (No traditional metal heaters to burn out or degrade)
High (Molybdenum elements oxidize and require costly replacement)
High (Thermal shock accelerates element degradation)

Glazing Air - Furnace

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WaveSinter - Microwave Furnace

VIP Platinum Zirconia Block

VIP Gold Zirconia Block

MVT - Multi Layer Very High Translucent

MXT - Multi Layer Extra High Translucent

MST - Multi Layer Super High Translucent

VHT - Very High Translucent

XVT - Extra High Translucent

SHT - Super High Translucent

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office hours
9:00 am to 5:00 pm EST
Monday through Friday
(Except Major US Holidays)
phone numbers
​1 (718) 639-7460 (t)
1 (718) 639-7408 (f)
email
​[email protected]
[email protected]
mailing address
Meta Dental Corp
7315 88th Street
Glendale, NY 11385
Disclaimer: This website is for informational purposes only. To ensure you receive accurate pricing and ordering details, please contact your local authorized distributor.