Table Of Contents
What forms of payment do you accept?
Cutting Tool Depot acceepts payment by Visa, Mastercard, Discovery Card and American Express.
What are your hours of operation?
8pm to 5pm Monday through Friday EST.
How long does it take to ship a standard tool that is in stock?
Typically if the order is received before 12:00 EST and the item is in stock then it will ship the same day. This varies depending on the manufacturer the tools are originating from. Items being shipped UPS Next Day Air or 2nd Day Air will usually ship the same day up to 3:00 pm EST.
If I have a tooling need and the solution is not in the product catalog online, can Cutting Tool Depot help me?
Yes! Cutting Tool Depot can provide a wide variety of special cutting tools per your unique requirements to fit your tooling needs. Just fax (941-465-4089) or call (941-465-4088) us if you have a print, drawing, sketch, description, or anything else and we will do our best to satisfy your tooling need.
What is Cutting Tool Depot’s return policy?
We will accept returned tools that can be returned to the manufacturer that they originated from for a full refund.. Different manufacturers have different return policies. If the manufacturer will not accept the tool, then it cannot be returned unless it was due to an error on the part of Cutting Tool Depot.
What is the minimum order amount?
Cutting Tool Depot has no minimum order requirement. Order as little or as much as you like.
When is it best to use carbide tipped, solid carbide, and high speed steel?
High speed steel should be used for shorter runs of parts made of non-ferrous materials and applications where machining conditions restrict the use of harder, more brittle tool substrates. Solid Carbide is most cost effective to use in smaller tools up to about 3/8” diameter in longer production runs. Depending on the carbide grade, solid carbide can be used for both steel and non-ferrous applications. Carbide tipped tools should be used for long production runs. They are effective when cutting difficult to machine and abrasive materials. They offer the same cutting hardness as solid carbide tools. However, small diameter carbide tipped tools are not as rigid as solid carbide tools.
Can Cutting Tool Depot help me with applications?
Yes! Email or call us with your application problems and we will help you find the solution through our supplier base.
I need to ream several holes with diameters that are close in size to each other. Can I buy an expansion reamer and adjust it to each hole?
No! Expansion reamers are not adjustable reamers. The expansion screw should NEVER be loosened in an attempt to use the reamer for a size smaller than that to which the tool was originally finish ground. Expansion reamers are beneficial when the diameter wears down to the low limit. It can be expanded oversize, reground to size and re-cleared.
When reaming I am getting a poor finish. What can I do?
This could be due to unequal chamfers, incorrect margins, excessive spindle runout, chatter, or any combination of the above. Try regrinding the reamer with equal chamfer angle. Also try regrinding the reamer with narrow margins for reaming lower tensile materials. Other things you can try are increasing the back taper on the reamer, reducing the speed and increasing the feed, use a power feed unless the material is hard, use right or left spiral fluted reamer, or grind a secondary lead angle immediately back of 45° chamfer.
When reaming I am getting either an oversize hole, a taper hold, a bell mouth hole, or a poor finish. What can I do?
This could be because of misalignment or insufficient cutting action. Several things can be tried to alleviate these problems. Use a bushing – .0002″/.0003″ over reamer diameter. If hole location varies, use floating reamer holder. Increase reamer back taper. Also try a reamer with positive radial rake to reduce cutting pressure. This may produce slightly larger diameter holes.
When reaming I am getting crooked holes. What can I do?
This could be because the hole was not drilled straight and a reamer tends to follow the hole. Try to correct the previous drilling operation. Also try increasing the reamer attach angle (chamfer angle) to 120°/180° included angle. Another option (as long as it is not a blind hole) is to use a left hand spiral, right hand cut reamer to straighten the hole.
When milling I am getting a rough finish. What should I do?
Possible causes are dull cutting edges or the wrong feeds and speeds. Resharpen the tool to original geometry. Increase your speed. Also try reducing your feed. Call CuttingToolDepot.com for correct speeds and feeds for your application.
When milling I am getting excessive wear on the cutting edges. What should I do?
This could be due to poor chip removal, recutting work hardened chips, the incorrect carbide grade, or any combination of the previously mentioned reasons. Some suggestions are to increase your feed (should be over .001″ per tooth) especially when machining ductile or free machining materials. Also try reducing your speed. Lightly hone the cutting edge with a fine grit diamond hone. Another option is to increase coolant flow.
When drilling I am getting a shorter then expected tool life. What can I do?
This could be due to drill dwelling or only one lip cutting. Be sure you are maintaining adequate feed at all times. Regrind your drill with equal lip heights and chisel in center.
When drilling the drill walks or drifts. What can I do?
This can be due to unequal lip heights or a worn drill bushing. Try regrinding the drill with equal lip heights and chisel in center. Also try replacing the drill bushing.
When drilling my holes are oversize. What can I do?
This could be due to unequal lip heights, excessive lip relief, a worn drill bushing, or a combination of the above mentioned. Try regrinding the drill with equal lip heights and chisel in center. Also try reducing the lip relief to provide smaller chisel angle. Also try replacing the drill bushing.