From standard models to fully customized high-temperature solutions — engineered for precision, reliability, and longevity.
Ideal for loading large or heavy samples from above. Ergonomic design with uniform temperature distribution throughout the chamber.
Designed for lowering samples into the furnace from below. Excellent for sintering and heat treatment of delicate components.
The most common configuration. Left or right hinged door for easy access. Available in swing or slide variants for space-constrained labs.
Space-saving sliding door mechanism. Ideal for automated production lines or labs with limited clearance. Smooth operation for high-frequency use.
The standard workhorse for CVD, sintering, and annealing. Supports single or multi-zone heating with precise atmosphere control.
Designed for processes requiring vertical sample placement or gravity-assisted gas flow. Compact footprint for limited bench space.
Rotating tube ensures uniform heat treatment of powder or granular materials. Adjustable rotation speed and tilt angle. Essential for battery material research.
Engineered for processes requiring rapid quenching after high-temperature treatment. Integrated cooling system dramatically reduces cycle time.
Run multiple experiments simultaneously with independent temperature control per station. Maximizes lab efficiency for high-throughput research.
Operates under nitrogen or argon to prevent oxidation. Perfect for sintering sensitive materials, metal powder processing, and advanced ceramics.
Supports hydrogen or forming gas (H₂/N₂) for reduction processes. Built-in safety interlocks ensure safe operation. Ideal for fuel cell and oxide reduction research.
Achieves high vacuum for ultra-clean processing. Eliminates contamination from ambient gases. Widely used in semiconductor, aerospace, and advanced materials research.
Designed for melting metals, alloys, and glass. Robust high-density refractory lining ensures long service life and excellent thermal efficiency.
Tilting mechanism allows safe and precise pouring of molten material. Ideal for casting applications and foundry research where controlled pouring is critical.
Each temperature grade uses the optimal heating element for performance, longevity, and cost efficiency.
Ideal for sintering ceramics, heat treatment of metals, and general laboratory thermal processing.
Resistance Wire / SiC
Suitable for advanced ceramics, glass fusing, dental porcelain firing, and materials research.
SiC Rod
For sintering advanced technical ceramics, zirconia, alumina, and refractory material testing.
MoSi₂
For the most demanding applications: tungsten sintering, sapphire growth, and extreme material research.
MoSi₂ / GraphiteWe don't just manufacture furnaces — we engineer precision thermal solutions backed by deep expertise and a customer-first philosophy.
As a direct manufacturer with no middlemen, we offer highly competitive pricing without compromising on quality. Every furnace is built in-house under strict quality control.
No off-the-shelf compromise. We customize chamber dimensions, temperature ranges, heating elements, atmosphere configurations, and control systems to your exact specifications.
Advanced PID controllers with ±1°C accuracy. Programmable multi-segment heating profiles ensure repeatable, reliable results for your most critical experiments.
We stand behind every furnace we ship. Our technical team provides remote troubleshooting, spare parts supply, and on-site service support worldwide.
Professional export packaging with shock-absorbing materials. We handle all export documentation including CE certification and ship reliably to 80+ countries.
Not sure which furnace fits your application? Our engineers will analyze your requirements and recommend the most suitable and cost-effective solution — free of charge.
Brother Furnace products are deployed in a wide spectrum of scientific and industrial environments worldwide.
We make ordering your custom laboratory furnace straightforward, with clear communication at every step.
Tell us your temperature requirements, application, and any special needs via our contact form or email.
Our engineers review your requirements and recommend the most suitable furnace model and configuration.
We provide a detailed, transparent quotation with full specifications, lead time, and pricing — no hidden fees.
Your furnace is manufactured and undergoes rigorous quality control testing, including a full temperature run test before shipment.
Professionally packed and shipped worldwide with full tracking. We handle all export documentation and customs paperwork.
Everything you need to know before placing your order. Can't find your answer? Just ask us directly.
A vacuum furnace operates in an evacuated chamber, completely eliminating reactive gases like oxygen and nitrogen. An atmosphere furnace uses a controlled protective gas at or near atmospheric pressure. Vacuum furnaces provide superior surface quality, lower contamination risk, and are essential for reactive metals.
Annealing of stainless steel may only require 10⁻² Pa, while sintering of titanium or melting of superalloys typically demands 10⁻³ to 10⁻⁴ Pa. For the most reactive materials like tungsten or rhenium, 10⁻⁵ Pa or better may be required. Our engineers can help determine the right vacuum specification for your process.
Yes. Depending on the hot zone configuration and maximum temperature, vacuum furnaces can process tool steels, titanium alloys, nickel superalloys, refractory metals (W, Mo, Ta, Re), and technical ceramics (Al₂O₃, ZrO₂, SiC, B₄C). Our team will recommend the right configuration for your material system.
Brother Furnace achieves temperature uniformity of ±3°C to ±10°C within the working zone, depending on furnace size and configuration. For critical aerospace and tooling applications, we offer enhanced uniformity designs meeting AMS 2750 standards.
Absolutely. Custom chamber dimensions, non-standard temperature ranges, special hot zone materials, unique loading configurations, and automation integration are all available. Contact our engineering team with your process requirements for a tailored proposal.
We provide complete installation and commissioning support, operator training, spare parts supply, remote diagnostic assistance, and on-site service — ensuring your vacuum furnace operates at peak performance throughout its entire service life.
