Olympia Replacement Blades

Discover high-quality Olympia replacement blades designed specifically for Olympia ice scraper machines, ensuring optimal performance and durability. These razor-sharp, inlaid steel knives measure over 80 inches in length and come in two premium options: carbon steel for enhanced strength and standard inlaid steel for reliable everyday use. Perfect for maintaining the efficiency of your ice machine, these 84-inch blades feature 28 precision holes for secure attachment, helping you achieve clean, smooth ice scraping every time. Whether you're in food service, hospitality, or any industry relying on ice machines, replacing worn blades is essential to keep your equipment running smoothly and extend its lifespan. At MyBinding.com, we offer competitive pricing, fast shipping, and expert customer support to help you find the exact Olympia replacement blade you need. Trust us for quality products that keep your ice machines operating at peak performance.

Olympia Replacement Blades

Discover high-quality Olympia replacement blades designed specifically for Olympia ice scraper machines, ensuring optimal performance and durability. These razor-sharp, inlaid steel knives measure over 80 inches in length and come in two premium options: carbon...

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Olympia Ice Scraper Replacement Blade
MyBinding

Item#: JH-80800

$340.75

features

  • Material: Standard Inlay
  • Holes: 24
  • Length: 84"
  • Width: 5"
$340.75
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Olympia 28-C/S Replacement Blade
MyBinding

Item#: JH-80700

$308.25

features

  • Engineered for superior cutting efficiency, ensuring clean and precise cuts every time.
  • Bi-metallic construction enhances durability and edge retention, reducing the need for frequent replacements.
  • Designed for easy installation, allowing for quick and hassle-free blade changes.
  • Compatible with a wide range of Olympia cutting machines, making it a versatile choice for various applications.
$308.25

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Frequently Asked Questions

Use the exact Olympia model, blade length, width, thickness, hole count, hole spacing, and blade position as the required identifiers. Similar overall dimensions do not guarantee that the mounting pattern or cutting edge will align correctly. Record the machine serial details when available and inspect the existing blade only after the equipment has been secured according to its operating instructions. The wider range of paper cutter replacement blades shows why blades are organised by equipment family and model rather than length alone. Keep photographs and measurements with the maintenance record so future orders can use the same confirmed specification instead of relying on appearance or memory.

The mounting holes determine how the blade attaches to the carrier and how the cutting edge sits across the machine. Hole count, diameter, spacing, and distance from the blade edge must all match the original part. A blade with the correct length but a different pattern may not mount at all, or it may sit in an unsafe position. Measure from fixed reference points and avoid estimating spacing by eye. If the old blade is damaged, use the machine parts information or a previously confirmed item number. The blade position may also matter when equipment uses more than one knife. Label removed parts before servicing so top, side, or other positions are not mixed during ordering or installation.

A guillotine style blade is appropriate when the machine uses a long straight knife that descends across the material rather than a circular wheel or small utility edge. These blades are selected by machine model, cutting width, mounting pattern, and steel construction. Replacement blades for guillotine cutters cover this long knife format for compatible equipment. Do not treat rotary wheels, scraper blades, and guillotine knives as substitutes even when they perform related cutting tasks. Confirm the exact movement and mounting method of the Olympia machine, then use the parts documentation to identify the correct blade family before considering material or edge options.

Common signs include rough edges, incomplete cuts, increased pressure, material movement, uneven results across the cutting width, and visible nicks in the edge. First rule out a worn cutting surface, poor clamping, incorrect adjustment, or debris around the blade path. If approved sharpening is available, maintenance records should state how many times the blade has been serviced and whether its dimensions remain within specification. Continued use of a damaged edge can increase waste and place more strain on the machine. Stop operation when the blade shows cracking, loose mounting, or unexpected movement. Replacement should restore the original fit and cutting geometry rather than simply provide a sharper edge.

Inspect the supporting surface whenever blade performance declines. Deep grooves, uneven wear, or a hardened cutting stick can prevent the knife from completing a clean cut even when the blade is sharp. The paper cutter cutting sticks range includes model specific supports that work with the blade to protect the edge and complete the cutting action. Rotate or replace the stick only according to the machine instructions. Installing a new blade against a badly worn surface can shorten blade life and leave incomplete cuts. Record both blade and stick maintenance dates so recurring quality problems can be traced to the correct component.