Sputter Coaters / Vacuum Coating Systems

Sputter Coaters / Vacuum Coating Systems

Torontech offers an extensive range of desk sputter coater and vacuum coating systems. These Sputter Coater and Vacuum Coating Systems span from low to high-vacuum sputter coaters such as the DSR1 and DST1, which are commonly used for sample preparation in electron microscopy imaging, to high-vacuum sputter coater and thermal evaporator systems like the DST2-TG or DST3-T. These systems come with a variety of optional features, including a plasma cleaner, primarily intended for thin film deposition for research purposes.

Our engineering team designs and manufactures Sputter Coater and Vacuum Coating System components that adhere to high-quality standards. Many prestigious universities and research centers count among our valued customers, all of whom have expressed satisfaction with this advanced range of sputter coater and vacuum coating systems.

SPUTTER COATERS / VACUUM COATING SYSTEMS

Sputter Coaters / Vacuum Coating Systems | Available Products

Displaying 1 - 20 of 20
Spin Coaters

Spin Coaters

Spin CoatersThin Film Coating SolutionsA spin coater is one of the most widely used instruments in materials science, semiconductor research,…
Magnetron Sputtering System ToronSP-400

Magnetron Sputtering System

Magnetron Sputtering System ToronSP-400 is a box-type Physical Vapor Deposition (PVD) system designed with prismatic or cylindrical vacuum chambers.…
Desk Sputter Coater- DSR1

Desk Sputter Coater- DSR1

The Desk Sputter Coater- DSR1 is a compact coating system capable of applying thin films of noble metals like gold (Au), palladium (Pd), platinum (Pt…
PLD Pulsed Laser Deposition System

PLD Pulsed Laser Deposition System

Adaptable PLD Pulsed Laser Deposition System and Thermal Evaporation System – PLD-T is an advanced high vacuum thin film deposition system that…
Desk Sputter & Carbon Coater

Desk Sputter & Carbon Coater – DSCR-300

The large chamber Desk Sputter and Desk Sputter & Carbon Coater – DSCR-300, equipped with 3 or 4-inch water-cooled magnetron cathodes, serves as…
High Vacuum Thermal Evaporator

High Vacuum Thermal Evaporator- DTE

The High Vacuum Thermal Evaporator- DTE, or Desktop Thermal Evaporator, is a compact and cost-effective system designed for depositing thin layers of…
Desk Thermal Evaporator

Desk Thermal Evaporator-DTT

The Desk Thermal Evaporator-DTT is a compact desktop thermal evaporator designed for vacuum deposition of thin films. This system offers triple-…
Triple Magnetron Target Desk Sputter Coater

High Vacuum, Triple Magnetron Target Desk Sputter Coater-DST3-A/S

The High Vacuum, Triple Magnetron Target Desk Sputter Coater-DST3-A/S is a versatile multi-target vacuum coater system, featuring turbo molecular…
Triple Magnetron Target Desk Sputter Coater

High Vacuum, Triple Magnetron Target Desk Sputter Coater with Thermal Evaporator-DST3-TA/S

The High Vacuum, Triple Magnetron Target Desk Sputter Coater with Thermal Evaporator-DST3-TA/S, Triple Target Turbo Pumped Sputter Coater, is a…
High-Vacuum, Double-Magnetron Target Sputter Coater/ ThermalEvaporator-DST2-TG

High-Vacuum, Double-Magnetron Target Sputter Coater/ ThermalEvaporator-DST2-TG

The High-Vacuum, Double-Magnetron Target Sputter Coater/ ThermalEvaporator-DST2-TG, or Double Target Turbo Pumped Sputter Coater and Thermal…
Turbo Pumped Carbon Coater and Thermal Evaporator – DCT-T-300

Turbo Pumped Carbon Coater and Thermal Evaporator – DCT-T-300

Turbo Pumped Carbon Coater and Thermal Evaporator – DCT-T-300 is equipped with a large chamber, making it perfect for preparing samples for FE-SEM,…
Desk Carbon Coater - DCR

Desk Carbon Coater - DCR

Desk Carbon Coater - DCR is a compact carbon fiber coating system designed for sample preparation for use in scanning electron microscopy (SEM),…
Large Desk Turbo-Pumped Carbon Coater – DCT-300

Large Desk Turbo-Pumped Carbon Coater – DCT-300

The Large Desk Turbo-Pumped Carbon Coater – DCT-300 system with a spacious chamber, perfect for prepping samples for FE-SEM, EDS/WDS, TEM, EBSD…
High Vacuum Single Magnetron Target Desk Sputter Coater

High Vacuum, Single Magnetron Target Desk Sputter Coater DST1-170

The High Vacuum, Single Magnetron Target Desk Sputter Coater DST1-170 is configured as a Desk Sputter Coater, specifically designed for Scanning…
Load-Lock Equipped Coating System ToronTS-450

Load-Lock Equipped Coating System

Load-Lock Equipped Coating System ToronTS-450 with Load-Lock chambers offer faster processing and superior coating quality. Sample loading and…
Single Magnetron Target Desk Sputter Coater

High Vacuum, Single Magnetron Target Desk Sputter Coater DST1-300

The High Vacuum, Single Magnetron Target Desk Sputter Coater DST1-300 is a versatile coating system capable of applying coatings on semiconductors,…
Turbo Pumped Desk Carbon Coater

Turbo Pumped Desk Carbon Coater- DCT

The Turbo Pumped Desk Carbon Coater- DCT is a turbo-pumped carbon coater designed for various applications, including FE-SEM, EDS/WDS, TEM, EBSD, and…
Desk Sputter & Carbon Coater

Desk Sputter & Carbon Coater - DSCR

The Desk Sputter & Carbon Coater - DSCR is a compact coating system that combines both sputtering and carbon coating capabilities. This versatile…
High Vacuum Desk Sputter & Carbon Coater

High Vacuum Desk Sputter & Carbon Coater - DSCT

The High Vacuum Desk Sputter & Carbon Coater - DSCT is designed as a versatile instrument that combines both sputter coating and carbon fiber…
High Vacuum Sputter Coater and Carbon/Thermal Evaporator

High Vacuum Sputter Coater and Carbon/Thermal Evaporator – DSCT-T

The High Vacuum Sputter Coater and Carbon/Thermal Evaporator – DSCT-T is designed as a versatile instrument for Scanning Electron Microscope (SEM)…

Related Articles

Displaying 1 - 4 of 4
Spin Coating vs Sputtering: Picking the Best Method

Spin Coating vs Sputtering: Picking the Best Method

At Torontech, we know that nailing a perfectly smooth and uniform film layer gives your high-tech hardware a massive leg up. Choosing between spin coating vs sputter coating is simply about finding the right piece of gear that fits your materials like a glove without draining your bank account. If you’re weighing a spin coater vs sputter coater, here is our straight-shooting take on why both are total winners in the right setup.Key TakeawaysMaterial Match: Spin coaters are your go-to machines for liquid polymers and resins, while sputter coaters take the crown for solid metals, alloys,…
A Practical Guide to Pulsed Laser Deposition

A Practical Guide to Pulsed Laser Deposition

Why do some labs nail perfect thin films while others settle for patchy results? In the high-stakes business of making new materials, getting those skinny layers to stick is the whole ballgame. We’re calling it: this pulsed laser deposition technique is the heavyweight champ for moving tricky recipes from a puck to a plate without a hitch . Here is the straight talk on getting those flawless, top-tier layers in this practical guide to pulsed laser deposition. Key TakeawaysThe Recipe Champion: We consider the pulsed laser deposition method the absolute best technique for copying…
High Vacuum vs Low Vacuum Sputter Coaters Comparison

High Vacuum vs Low Vacuum Sputter Coaters Comparison

Selecting the right equipment to coat your samples is a critical decision for any research facility. When you are setting up a lab for high-precision analysis, every technical detail matters. One of the primary considerations we see teams balancing is the choice between high-vacuum vs low-vacuum sputter coaters. We’re going to pull apart the pros and cons of both paths so you can pick the right gear for your long-term research goals.Key TakeawaysDeep vacuum environments deliver flawlessly clean and exceptionally smooth finishes for advanced imaging, while standard vacuum setups provide rapid…
Sputter Coater for SEM: Important Insights You Must Know

Sputter Coater for SEM: Important Insights You Must Know

Ever wondered why some SEM scans look like high-definition photos while others are just a blurry mess?We at Torontech are convinced that a top-tier metal skin is what transforms a mediocre scan into a "wow" result. There is not a hint of fuzzy static anywhere, and the visual clarity is much crisper and more defined.Key TakeawaysA highly conductive skin is absolutely non-negotiable: Wrapping your specimen in a microscopically thin metal layer stops frustrating static pile-ups and shields fragile items from intense electron beam heat.Your required zoom level dictates your target material: Gold…