Products
|
|
Ceramic guides have been used in various
applications within the saw mill industry for the pasts 15 years.
Our Delta 14 inch, Delta 12
& 16 inch, Import, and Craftsman Old Style Ceramic Guideblock products all are suitable
for use with any blade width.
|
Made of virtually indestructible ceramic,
the ultra-smooth surface, low friction thrust bearings and guide block productss provide excellent support to
bandsaw blades. They run cooler, provide truer tracking, and make the blades run much smoother and
quieter.
Why do you need Spaceage Ceramic
Guideblocks?
Our guide blocks reduce friction and
can reduce pitch build-up on the blade. Work with blades 1/4" wide and up. Keep blocks clear of the blade
teeth. Import set will fit Jet and Grizzly 15" saws, and most Delta 14" clones. All block sets come as a
set of 4 that includes both upper and lower guides.
Even if your band saw is not standard, we can
help.
If you need guide blocks or thrust bearings
that are not considered a standard size, let us know. We can customize ceramic guide blocks and thrust bearings to your
specifications. Telephone during business hours or send us an e-mail any time -- Contact Us.
- Guideblock Sets for Band Saws
Our Ceramic Guideblock sets are suitable for use with any blade width. We also make custom ceramic guide blocks and thrust bearings to your specifications.
- Thrust Bearings
Spaceage Ceramic thrust bearings don't rotate like metal bearings. Should you wear a groove in the bearing, simply rotate it to a fresh area.
- Euro Guides
With the Euro guides, the upper guide supports the blade closer to the work since the rollers support the blade at more than one spot.
- For the Saw Mill Industry
Specialty products for larger band saws used in the saw mill industry.
- For Meat Cutters
Eliminate the possibility of steel or plastic shavings contaminating your meat product with Spaceage Ceramic Guideblocks for meat cutters.
- Honing tools
Spaceage ceramic honing tools are manufactured by pressing alumina oxide at 15,000 PSI and scinted at 3,000° F.
Last modified:
|