In any manufacturing or production facility, one of the key concerns is always overhead costs. These costs include everything from labor and materials to energy and maintenance expenses. For many businesses, finding ways to reduce overhead costs can be challenging, but it's essential for long-term success and profitability. One way that companies can lower their overhead expenses is by investing in iFP vacuum parts washers.
The KP.MODULAR SYSTEM baskets offer a sturdy and flexible option when washing your parts. When choosing which basket will work best for you, there are many choices and combinations to consider to produce the best results for your parts. From basket size to custom baskets and everything in between, these baskets offer a lot of flexibility to accomplish the best clean for your parts.
With vacuum parts washing, baskets are necessary to hold your parts. Depending on the parts you are washing, there can be a lot of variables to consider when choosing the best basket, and your choice of basket may impact your results.
If you are washing parts machined in oil, your current parts-washing solution may be inefficient or cost-ineffective. Factors such as customer specifications, maintenance and labor, cycle times and EPA regulations may play a hefty role in determining whether you need to consider upgrading your current process. That’s where vacuum chamber parts washers come into play.
There are several kinds of parts washing solvents to choose from. KYZEN has developed a solvent that provides a cost-effective, efficient, flexible, and safe solution to the parts washing process.
Before a part is treated, inspected or added to an assembly, it must first be thoroughly cleaned of debris, oil and other residue left behind from the machining process. How you approach this stage can greatly influence how much money and effort is spent on the cleaning process. The key factors in an effective and safe parts-washing operation include the washing chemistry, the complexity of your parts and the quality and sustainability of your process.
Choosing the right washing chemistry is important when trying to remove all the water, oils and processing waste from a finished part. In most plants, the ideal end goal would be the ability to effectively clean parts made in oil and/or water, but what parts-washing chemistry works best? Some factors you might consider when choosing your parts washing system include the fluid used in your cutting machine, state and federal EPA standards, and the cost of maintaining your parts washer.
Removing all cutting fluids and chips from finished parts can present a challenge. If you want to effectively find the best method and chemistry for parts washing, you must find a solution that will fully wash your parts in one cycle and rinse and dry them in a given timeframe, which can be difficult.
Original Post from Productivity Inc., Clean & Green Industrial Parts Cleaning Series Part 2 Keeping Your Parts Production Process Green Without Sacrificing Clean
posted September 21, 2020
Original Post from Productivity Inc., Clean & Green Industrial Parts Cleaning Series Part 1: Environmental Considerations for Green Parts Cleaning Solvents
posted July 27, 2020
If you are using legacy parts cleaning solvents, pending changes in state and federal law governing the use of hazardous parts cleaning solvents such as TCE, Perc, nPB, HFC’s, and others, WILL require you to rethink how your company can effectively meet your green parts cleaning requirements. A lot of solvents are being phased out or becoming more regulated in terms of personnel exposure limits and air emissions. In fact, Minnesota is poised to become the first state to ban trichloroethylene (TCE), a toxic chemical that can increase risk for certain types of cancer or serious health issues. The Governor signed the bill into law on May 16, 2020. This chemical is typically used as a vapor degreasing solvent for metal parts cleaning. The recently passed legislation prohibits the use of TCE after June 1, 2022. Facilities with air permits will need to replace the chemical with a safer, less toxic, environmentally-preferred alternative by that date.