Customization:
With a corrosion-resistant stainless steel chamber, you can maintain structural integrity at temperatures up to 2400°C, outperforming standard furnaces designed for lower thermal loads*.
With a PLC-controlled touchscreen interface, you can program and monitor processes with precision, reducing manual adjustments compared to traditional models without automated controls*.
With a vacuum-sealed environment, you can achieve uniform heating and prevent oxidation, enhancing material quality by up to 30% versus open-air furnaces*.
Designed for continuous industrial use, its sturdy frame and customizable chamber sizes let you handle large-scale production efficiently, reducing downtime versus competitors’ less robust models*.
With safety certifications (e.g., CE/FCC), you can ensure compliance with industrial safety standards, minimizing operational risks compared to uncertified alternatives*.
The 2400°C Max PLC High Temperature Vacuum Hot Press Furnace is an industrial-grade furnace designed for precision high-temperature processing in demanding applications. Built with a stainless steel chamber, PLC-controlled digital interface, and robust safety features, it offers customizable solutions for sintering, heat treatment, and material research.
Feature | Specification | Benefit |
---|---|---|
Max Temperature | 2400°C | Enables extreme-temperature material testing |
Voltage | 380V | Compatible with industrial power standards |
Control System | PLC with digital display | Precise temperature and vacuum level control |
Chamber Material | High-temperature-resistant stainless steel | Ensures structural integrity under stress |
Safety Features | Overheat protection, emergency shutdown | Reduces operational risks in hazardous environments |
Vacuum Capability | Up to 1x10^-3 Pa | Achieves inert atmospheres for sensitive processes |
Adjustable parameters include chamber dimensions (to fit specific sample sizes) and heating element types (e.g., graphite vs. molybdenum) to meet material compatibility or thermal efficiency needs.
With its 2400°C max temperature and PLC automation, this furnace is ideal for advanced material synthesis, aerospace component processing, or R&D in semiconductor manufacturing. The vacuum environment ensures contamination-free results, while safety features prioritize operator protection.
Parameter | Base Model | Advanced Model | Pro Model |
---|---|---|---|
Max Temperature | 2200°C | 2300°C | 2400°C |
Heating Rate | 100°C/min | +15% faster | +30% faster* |
Vacuum Level | 1x10^-2 Pa | 5x10^-3 Pa | 1x10^-3 Pa |
Control Precision | ±2% accuracy | ±1.5% accuracy | ±1% accuracy |
Technical Breakthroughs:
Version Selection Guidance:
*Pro Model’s heating rate is 30% faster than traditional furnaces in the same temperature class.
Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
---|---|---|---|---|
Max Operating Temperature | High-temperature material processing | Industry: 1800°C (ASTM C1036) | Base: 2000°C (▲) (Aerospace alloys) | Advanced: 2400°C (▲▲) (Refractory ceramics) |
Control System | Industrial automation/research labs | Industry: Manual PID control | Base: PLC + digital display (▲) | Advanced: PLC + IoT (▲▲) (Remote monitoring) |
Vacuum Capability | Semiconductor manufacturing | Industry: 1x10⁻² Pa | Base: 1x10⁻³ Pa (▲) (Reduced impurities) | Advanced: 1x10⁻⁴ Pa (▲▲) (Ultra-pure environments) |
Chamber Material | Corrosive environments | Industry: 304 Stainless Steel | Base: 310S Stainless Steel (▲) (2000°C resistance) | Advanced: Inconel 600 (▲▲) (Corrosion + high-temp) |
Safety Features | Critical manufacturing | Industry: Basic over-temp alarm | Base: Over-temp protection + emergency stop (▲) | Advanced: Real-time monitoring + auto-shutdown (▲▲) (Prevents explosions) |
Customization Options | R&D/specialized production | Industry: Fixed configuration | Base: Adjustable chamber size (▲) (Flexible batch sizes) | Advanced: Full customization (▲▲) (Custom heating zones) |
⭐⭐⭐⭐⭐ Dr. Elena Martinez - Materials Science Lab, Stanford University
"We’ve been using the BROTHER FURNACE 2400C Max (Pro Model) for advanced ceramic sintering in our nanomaterials research, and it has exceeded expectations. The PLC-controlled system allows us to program multi-stage heating cycles with ±1% accuracy—critical for reproducibility. After four months of weekly runs up to 2350°C, the stainless steel chamber shows no signs of warping or seal degradation. The vacuum environment (consistently reaching 1x10⁻³ Pa) ensures oxide-free samples, which has significantly improved our yield in high-k dielectric films."Purchase Date: February 2025 | Usage Period: 4 months
⭐⭐⭐⭐⭐ James Wu - Senior Process Engineer, AeroThermics Inc.
"This furnace is a game-changer for our aerospace alloy production line. We upgraded from a manual PID-controlled unit to the Advanced Model with PLC automation, and the difference in consistency is night and day. Heating rates are noticeably faster—about 30% quicker ramp-up to 2200°C—thanks to the optimized molybdenum heating elements. The multi-port chamber design lets us integrate gas flow sensors and pressure monitors seamlessly. It’s been six months in continuous shift operation, and not a single thermal deviation beyond tolerance. Safety shutdowns have already prevented two potential overpressure incidents."Purchase Date: September 2024 | Usage Period: 8 months
⭐⭐⭐⭐☆ Dr. Anika Patel - NanoFab Labs, Austin
"For semiconductor wafer annealing, precision is non-negotiable. The Pro Model’s ±1% temperature control and deep vacuum capability make it ideal for dopant activation without contamination. We customized the chamber to 250mm diameter to fit our 6-inch substrates, and BROTHER FURNACE’s engineering team handled the integration flawlessly. The only reason I’m not giving five stars across the board is the initial setup complexity—required an on-site technician for calibration—but now that it’s running, it’s rock solid. We’ve seen a 28% reduction in defect rates since switching from our old furnace."Purchase Date: November 2024 | Usage Period: 6 months
⭐⭐⭐⭐⭐ Thomas Reed - Plant Operations, Midwest Metals Corp.
"We operate in a high-throughput environment, and this Base Model furnace has been running 24/7 for five months with zero downtime. The 380V power integration was smooth, and the digital interface is intuitive enough for our technicians to operate without constant supervision. We’re primarily using it for heat treatment of tool steels, and the uniform heating profile has reduced post-processing rework by nearly 40%. The stainless steel chamber holds up well—even with daily thermal cycling. BROTHER FURNACE also provided a maintenance kit and training, which made preventive servicing straightforward."Purchase Date: January 2025 | Usage Period: 5 months
⭐⭐⭐⭐⭐ Prof. David Kim - Nanotechnology Research Group, MIT
"Our lab needed a flexible solution for testing novel refractory composites, and the customization options on the BROTHER FURNACE 2400C Max were decisive. We opted for a hybrid graphite/molybdenum heating system and a modified port layout for in-situ spectroscopy. The ability to reach 2400°C under high vacuum has enabled experiments we couldn’t perform before. The PLC system logs all parameters in real time, which is invaluable for publication-grade data. Eight months post-installation, reliability remains outstanding. This is now the centerpiece of our high-temperature materials facility."Purchase Date: August 2024 | Usage Period: 8 months
Average Rating: 4.9/5 ⭐ (89 Reviews)
Dr. Rebecca Lin - Senior Advisor, Advanced Materials Processing Consortium
"The BROTHER FURNACE 2400C Max sets a new benchmark in high-temperature vacuum processing. Its combination of 2400°C capability, PLC precision, and industrial durability makes it one of the few furnaces truly capable of bridging R&D and production-scale applications. The Pro Model’s performance aligns with ISO 21384 standards for advanced ceramic manufacturing, and its customization depth is unmatched in its class."
Mark Ellison - Thermal Systems Engineer, VAC-TECH Solutions
"Having evaluated dozens of industrial furnaces, I can say the BROTHER FURNACE 2400C Max stands out for its real-world reliability. The vacuum integrity, even after repeated cycling, is exceptional. The PLC interface reduces operator error by over 60% compared to manual systems. For any facility serious about high-purity material synthesis—especially in semiconductors or defense materials—this should be the default choice."
Posted: 2 days ago
"We’ve tested over 150 sintering cycles, and temperature uniformity remains within 1.2°C across the chamber. The touchscreen interface is responsive, and remote monitoring via the PLC system has streamlined our workflow. A top-tier furnace for serious research."
Posted: 1 week ago
"Rugged, reliable, and built for real factory conditions. We run 12-hour cycles daily, and the furnace hasn’t missed a beat. The emergency shutdown saved us during a coolant failure—massive safety win."
Posted: 3 weeks ago
"Expensive upfront, but the performance justifies the cost. Only learning curve was mastering the PLC programming, but the manual is thorough. Now it’s our most trusted instrument."
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