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Discontinued

Kwik-Lathe On Car Disc Lathe (230 Volt/50 Hz)

Item Number: KWY108000502 Supplier: IRONTITE / KWIK-WAY

Description

Kwik-lathe on-car disc lathe, 230 volt/50 Hz

Features

Kit specially configured for Honda and Acura vehicles for a fast and easy installation and operation.
The Kwik-Lathe is constructed for a long reliable life.
Speed mounts provide fast and easy mounting to the knuckle.
Power feed controls feed speed to ensure a quality finish.
Complete with extra high grade cutting bit for quality cuts and durability.

Includes

KWY108000504 Kwik-lathe (only)
KWY108012005 Power feed, 115 volt/60Hz
KWY108006000 Honda/Acura speed mounting kit for large rotors, one-piece
KWY108102550 Passport/SLX mounting kit
KWY109109223 Premium bits, (10) per package
KWY00007064 Extra drive belt
KWY108400030 Metal storage case

Accessories

KWY108000454 Power drive system, 230 volt/50 Hz
KWY108102504 Honda/Acura rear wheel mounting kit (for use with KWY108000404)
KWY108007500 2005 Odyssey, Pilot, 2003 Acura MDX speed mounting kit
KWY108007600 2007 MDX and newer and Models 2009 Pilot and newer
KWY108009000 2004 Acura 2.5TL speed mount kit
KWY108009500 2005 RL Speed mount kit
KWY108102534 Rear Rotor Adapter (for use on 2008 and newer vehicles)

Extended Warranty

KW Products Inc. (KWIK-WAY) warrants each serial numbered Brake Lathe Product (this includes bench lathes, on-the-car lathes, power feeds and power drives) when purchased in a new and unused condition to be free from defective material or workmanship for five years from date of purchase. One year on labor.

Product Specifications

Feed Rate: .002 – .008"
Maximum Rotor Diameter: 12-1/2"
Maximum Rotor Thickness: 1-1/2"

Only use a Honda approved caliper mounted on-car brake lathe with proper Honda/Acura speed mounts. Hub-mounted on-car brake lathes are not an approved method. Never use off-car brake lathes on front disc.
New front brake discs should be refinished on-the-car to avoid brake vibration.
Always torque the wheel nuts to S/M specs. Driving the vehicle or refinishing discs with the wrong wheel nut torque can cause runout. Runout causes thickness variation in disc, and thickness variation causes brake vibrations.
The use of a power drive is the preferred method to rotate the disc to obtain the optimum disc finish and save technician time. Without a power drive, the engine power can be used. Be sure the transmission is in first gear and the engine at idle, not fast idle. Refinishing with higher gears and speed will damage the cutting bits and provide a poor finish.
Refer to “Brake Disc Refinishing” Service Bulletin (Honda #A86-020, Acura #B86-014) and “Reducing Brake Vibration” Service News article (Honda Sept. ’97 issue, Acura Oct. ’97 issue) for additional information.

Equipment Amount:
(Minimum amount is $2000)

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This quoter is only a tool to help approximate a monthly lease payment and is non-binding. All financing, rates, and terms subject to satisfactory credit review and approval at the discretion of IDSC Holdings, Inc. & Snap-on Credit. The amount to finance may change based on actual costs of equipment and fees, such as installation, taxes, and UCC filing fees, which vary by state and may be extra. Rates used to calculate payments, taxes, and costs of financing, such as costs to file UCC financing statements, vary by state, and any such items may change without notice. First & last payments typically due at lease signing. Standard lease terms and conditions apply. In the event of default under the lease, the terms of the lease will apply and finance charges and late charges of up to 12 % of each lease payment may be due if allowed by law.

Use the following formula to figure your Return of Investment (ROI) for A/C Equipment

Revenues
Number of times equipment will be used per month
Dollars charged per use $

Expenses
Number of labor hours
The technician's wage per hour $
Cost of supplies consumed $
Other costs $
Monthly cost of equipment (Lease cost or purchase price divided by 36) * $

Gross monthly profit
Monthly net profit

* Based upon a 3 year period

Use the following formula to figure your Return of Investment (ROI) for Four Wheel Alignment Equipment

Number of four wheel alignment jobs per month:
Amount of revenue from a four wheel alignment job $
Number of two wheel alignment jobs per month
Amount of revenue from a two wheel alignment job $
Average amount of gross parts profit per job $
Monthly lease cost or loan payment for equipment $
Cost of the Equipment $

Monthly gross profit from equipment purchase
Annual gross profit from equipment
Return on equipment investment ratio:*



*The higher the number, the more profitable the equipment. An answer of 1 means that you'll get a 100% return on the equipment over five years. A 100% return over the life of the equipment is the minimum return you should expect on your investment. A return 2 (200%) to 5 (500%) should be your target. An answer less then 1 (e.g., .50) means that you need to sell more jobs or increase the price of the service in order to generate an adequte return on the equipment investment.