Vertrel Solvents - Frequently Asked Questions

Equipment costs vary widely, so it's a little hard to provide an exact answer. However, there are some general guidelines that are useful.

A very small benchtop sized system with one chamber and holding less than one gallon/4 liters of solvent costs about $15,000.

MicroCare sales reps Tom Robbins and Greg Kitchen stand in front of a full-featured but benchtop-sized vapor degreaser from Unique Equipment.This type of equipment is often used in labs, research centers, universities and small prototype production facilities.

A small to medium-sized, floor-mounted batch system with two chambers and a water separator is going to cost about $45,000. At the higher price the machine should include a hoist, advanced programmable controls and some extra cleaning features.

A large, floor-mounted batch system with three chambers and all sorts of bells and whistles is going to cost about $100,000.

A large, floor-mounted in-line system with the very highest capacities and speeds is going to cost $1500,000. Special Note: It's important to note that these systems have incredible through-put. While a $100,000 aqueous system is considered "small", for the same amount of money you can get a full-featured, high-capacity solvent cleaning system and still have lower operating costs.

A large, floor-mounted "zero emission" or "low emission" system is going to cost about $250,000. These systems are popular in Southern California.

To the right is a photo showing a three-cycle vacuum vapor degreaser system from Branson Ultrasonics. While expensive to purchase, these systems use tiny amounts of solvent which make them extremely cost effective over the long-haul. These systems are often purchased where air quality regulations make the use of traditional, open-top cleaning systems impractical.

Installation costs are a large part of the cost of cleaning systems. These costs include the actual cost of the machine, freight, site preparation and set-up costs. Most engineers also include building renovations, ventilation enhancements, electrical upgrades and water-treatment subsystems required to support the new system. For most degreasers these costs are almost invisible because vapor degreasers tend to be small and their infrastructure requirements are almost nil.

Another consideration is the actual cost of the space required by the cleaning machine and the support systems it requires. Since solvent systems are usually far smaller than aqueous and semi-aqueous systems many engineers skip this step, but a "footprint factor" of 4X would be a reasonable rule-of-thumb. To estimate floor space costs, call your financial people and ask them for the "fully-loaded per-foot costs" for the space in which you are interested. This usually will be expressed as a "triple-net" rent per square foot.

Total one-time costs should be "allocated" to reflect the productivity of the machine over its expected economic lifespan. For example, if the machine is planned to clean 10,000 parts per year for ten years, it will clean a total of 100,000 parts in its economic lifespan. The total one-time costs should be divided by the throughput (in this case, 100,000 parts) to calculate the true "total capital costs per part cleaned."

Here is a short list of one-time capital expenses to consider when selecting a vapor degreaser:

Cost of the Cleaning System Itself
Freight & Insurance to Get It Delivered
Site Engineering & Architectural Planning Costs (usually nominal)
Construction (usually nominal)
Electrical Changes (usually nominal)
Water/Plumbing (not normally required)
Ventilation (not normally required)
System Set-Up
Cost Per Square Foot of the Total Required Floorspace
Cost of Capital

For more ideas and suggestions, contact the manufacturers of the vapor degreasers and get their expert insights on the cost comparisons. Remember to ask about the numerous options and add-ons which can dramatically reduce the daily operating cost of a vapor cleaning system.

Please call, fax or email us at MicroCare Marketing Services
for more information about our full line of cleaning answers.


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	What Does it Cost to Buy a Vapor Degreaser for Vertrel^® ?
		Equipment costs vary widely, so it's a little hard to provide an exact answer. However, there are some general guidelines that are useful. Vapor Degreaser Equipment Costs A very small benchtop sized system with one chamber and holding less than one gallon/4 liters of solvent costs about $15,000. MicroCare sales reps Tom Robbins and Greg Kitchen stand in front of a full-featured but benchtop-sized vapor degreaser from Unique Equipment.This type of equipment is often used in labs, research centers, universities and small prototype production facilities. A small to medium-sized, floor-mounted batch system with two chambers and a water separator is going to cost about $45,000. At the higher price the machine should include a hoist, advanced programmable controls and some extra cleaning features. A large, floor-mounted batch system with three chambers and all sorts of bells and whistles is going to cost about $100,000. A large, floor-mounted in-line system with the very highest capacities and speeds is going to cost $1500,000. Special Note: It's important to note that these systems have incredible through-put. While a $100,000 aqueous system is considered "small", for the same amount of money you can get a full-featured, high-capacity solvent cleaning system and still have lower operating costs. A large, floor-mounted "zero emission" or "low emission" system is going to cost about $250,000. These systems are popular in Southern California. To the right is a photo showing a three-cycle vacuum vapor degreaser system from Branson Ultrasonics. While expensive to purchase, these systems use tiny amounts of solvent which make them extremely cost effective over the long-haul. These systems are often purchased where air quality regulations make the use of traditional, open-top cleaning systems impractical. Vapor Degreaser Installation Costs Installation costs are a large part of the cost of cleaning systems. These costs include the actual cost of the machine, freight, site preparation and set-up costs. Most engineers also include building renovations, ventilation enhancements, electrical upgrades and water-treatment subsystems required to support the new system. For most degreasers these costs are almost invisible because vapor degreasers tend to be small and their infrastructure requirements are almost nil. Another consideration is the actual cost of the space required by the cleaning machine and the support systems it requires. Since solvent systems are usually far smaller than aqueous and semi-aqueous systems many engineers skip this step, but a "footprint factor" of 4X would be a reasonable rule-of-thumb. To estimate floor space costs, call your financial people and ask them for the "fully-loaded per-foot costs" for the space in which you are interested. This usually will be expressed as a "triple-net" rent per square foot. Total one-time costs should be "allocated" to reflect the productivity of the machine over its expected economic lifespan. For example, if the machine is planned to clean 10,000 parts per year for ten years, it will clean a total of 100,000 parts in its economic lifespan. The total one-time costs should be divided by the throughput (in this case, 100,000 parts) to calculate the true "total capital costs per part cleaned." Here is a short list of one-time capital expenses to consider when selecting a vapor degreaser: Cost of the Cleaning System Itself Freight & Insurance to Get It Delivered Site Engineering & Architectural Planning Costs (usually nominal) Construction (usually nominal) Electrical Changes (usually nominal) Water/Plumbing (not normally required) Ventilation (not normally required) System Set-Up Cost Per Square Foot of the Total Required Floorspace Cost of Capital For more ideas and suggestions, contact the manufacturers of the vapor degreasers and get their expert insights on the cost comparisons. Remember to ask about the numerous options and add-ons which can dramatically reduce the daily operating cost of a vapor cleaning system.