Wilt Industries manufactures in the USA annealing and ashing ovens that are used for a variety of thermal processing applications across several industries. Here are some industries and applications that benefit from using Wilt Industries ovens.
Used for removing photoresist and other organic materials from semiconductor wafers.
Model 160: Used for ashing photoresist from semiconductor wafers during fabrication. Ideal for small-batch processing or R&D labs requiring precise temperature control up to 1000°C.
Used for processes such as diffusion, oxidation, and dopant activation in semiconductor fabrication.
Models 200 & 255K-series: Suitable for dopant activation and thermal oxidation in wafer processing. Provides a controlled inert or reducing atmosphere.
Used primarily for studying material properties and conducting heat treatments.
Models 120B, 125 & 150B: Used for annealing metals and ceramics to study phase transformations, grain growth, or stress relief properties.
Used for cleaning lab materials, conducting material tests and preparing samples for analysis.
Models 160 & 210: Perfect for small-scale sample preparation, such as ashing organic compounds in a research setting to study their inorganic residues. Equipped with enhanced temperature uniformity and precise ramp rates for testing and developing new materials under controlled heating conditions.
Used to soften metals, relieve internal stresses, and improve ductility in metal parts and components.
High-precision heat treatment of aerospace components, such as turbine blades and engine parts, to ensure durability and performance under extreme conditions.
Used for residue analysis, particularly in quality control and testing, where organic material is burned off to leave only inorganic residues. Wilt Industries ovens meets EPA recommendations for cleaning scientific glassware.
Used in the heat treatment of automotive components to enhance their strength, reduce brittleness, and improve fatigue resistance.
Used to control the cooling rate of glass and ceramics to relieve internal stresses, improve durability, and reduce the risk of shattering.
Used in laboratories to analyze the composition of various chemicals and petrochemicals, especially for purity testing.
Heat treatment of components used in power plants and renewable energy systems, such as wind turbine parts or solar panel components.
Widely used in materials science, chemistry, physics, and engineering departments for educational and experimental purposes.
Widely used in materials science, chemistry, physics, and engineering departments for educational and experimental purposes.
Don’t leave your oven’s performance to chance. Protect your investment with the Wilt Industries Service Agreement and enjoy the benefits of uninterrupted productivity and expert care.
Contact us today to sign up or to learn more about how the Wilt Industries Service Agreement can benefit your operations.
Sign up to our newsletter to receive updates and special offers.
Buying a new lab or industrial furnace? Our resource page has technical articles and videos the answer your questions.
©2024 Wilt Industries – All Rights Reserved.
