Precision Shim facilitates machinery adjustments.
Press Release Summary:
Milled from solid block of aluminum and protected by hard anodized coating, Microshim enables height adjustments of 0.001 in. and will lift and support 10,000 lb. User adjusts stainless steel lifting bolt to raise or lower machine. Applying adhesive to 2 sliding surfaces allows for adjustment before Microshim is permanently locked to specific height. Typical applications include positioning large machinery, leveling grinding equipment, and adjusting roll assemblies.
Original Press Release:
Precision Microshim Simplifies Machinery Adjustments
Peabody, Massachusetts: Pinpoint Laser Systems is introducing a precision adjustable shim called the Microshim. This innovation is ideal for production plants, machine shops, utilities, and other industrial facilities where machinery must be precisely adjusted or leveled. Typical applications include positioning large machinery, leveling grinding equipment, adjusting roll assemblies, leveling extruders and injection molding equipment, and more. This simple, compact device is easy to use, highly versatile, and affordable, for large and small plants alike.
No more trial and error lifting machinery to slip in shims and wedges or trips to the machine shop to make spacer blocks. With the Microshim, the user adjusts a stainless steel lifting bolt to raise or lower the machine. Height adjustments of 0.001 inch are possible and each Microshim will lift and support 10,000 pounds. Applying adhesive to the two sliding surfaces allows for adjustment before the Microshim is permanently locked to a specific height. Each Microshim is milled from a solid block of aluminum and protected by a hard anodized coating. All lifting hardware is fabricated in stainless steel. A set of four Microshims are packed in a case for easy and quick use.
The Microshim and other innovative products are manufactured in the United States by Pinpoint Laser Systems and are available through a growing network of representatives and distributors.
