Anti-Chatter Technology option
Hunter BL Series Bench Brake Lathe
Same-industry leading design, now with optional features
BL Series Bench Brake Lathe at-a-glance
Industry leading combination bench lathe
The BL Series Bench Lathe is a combination bench lathe that brings speed, precision and versatility to your brake service. The unique design of this combination lathe allows the operator to change the setup of the brake lathe from rotors to drums and vice versa with unprecedented speed and ease. Building on the same industry leading design of our previous bench lathe, the new BL Series Bench Lathe now has optional new features.
Features at-a-glance
Digi-Cal option
Adjustable spindle speed
Adjustable feed rate
Specifications at-a-glance
153 – 558 mm
Rotor diameter
153 – 609 mm
Drum diameter
1.5 hp
Motor power (optional)
90.7 kg
Maximum arbor weight
See what BL Series Bench Brake Lathe can do for your shop
BL Series Bench Lathe
The BL Series Bench Lathe is a combination bench lathe that brings speed, precision and versatility to the brake shop. The unique design of this combination lathe allows the operator to change the setup of the brake lathe from rotors to drums and vice versa with unprecedented speed and ease.
How Anti-Chatter Technology Works
An in-depth explination on how Hunter Engineering’s Anti-Chatter Technology (ACT) works on Hunter’s BL Series Bench Lathe and the on-car lathe, AutoComp Elite®. This technology provides better brake rotor surface finish while also allowing the lathe to cut much faster.
Brake Lathe Operation | Part 1 : Setup - Bench Lathe Operation
Hunter’s Product Manager for Brake Lathes, Greg Meyer, takes you on a tour of Hunter’s Bench Lathe and shows you important information regarding setup and calibration.
Brake Lathe Operation | Part 2 : Installation Methods
Greg Meyer, Hunter’s Brake Lathe Product Manager, gives a thorough explanation on the various ways to install a brake rotor or drum, onto Hunter’s Bench Lathe.
Brake Lathe Operation | Part 3: Cutting a Rotor
Hunter’s Greg Meyer, Product Manager for Brake Lathes, demonstrates to how get the best surface finish when cutting a brake rotor, using Hunter’s Bench Lathe.
Brake Lathe Operation | Part 4: Cutting a Drum
In this final operation video, Greg Meyer explains how to cut a smooth finish on a brake drum, using Hunter’s Bench Lathe.
Convenient layout
Work in a more efficient space with easy access to tools & adaptors
- Dust containment system: Protect air quality with the ability to view the work piece during machining.
- Anti-Chatter Control: Variable spindle speed keeps chatter-inducing vibration from starting, making a smooth finish.
- DigiCal measurement: Instantly measure drum or rotor dimensions and depth of cut.
- Large chip collection funnel: Prevent debris from falling to the floor.
- Twin work lamps: Adjustable LED lights illuminate both side of workpiece.
- Tablet Interface: On-screen messages, animations, videos and Bit Minder increase efficiency.
- Pegboard Hangers: Store frequently-used adaptors within easy reach.
- Document holder: Store operation manual, application charts and other reference materials.
- Storage drawer: Store tools and adaptors within reach but covered from brake dust.
- Optional Mobile Bench: Flexibility and adaptability for your shop. Heavy-duty, covered adaptor storage. Large, locking casters.
Lease to own over 60 months
with repayments
Your business can lease to own this Hunter BL Series Bench Brake Lathe from approx. $150.00 per week excluding GST on a 60 month term. Included is our 36 month comprehensive service agreement, which covers all parts and labour & includes 6 monthly preventative maintenance calls from our Hunter factory trained technicians.
from
$30.00
per day
Terms and conditions apply.
Increase productivity
Brake Lathe features
Dial in adjustable feed rate for faster, rapid removal to a slower, final surface finish. Allows technicians to cut rotors in one pass
Optional Digi-Cal uses pushbutton speed control to instantly measure and display dimensions for quick calibration and greater accuracy
The calibration procedure for drums and rotors takes seconds, helping to prevent accidental removal of excess material
Optional DigiCal determines if the piece should be discarded prior to cutting
Changing from rotors to drums takes seconds and is the fastest in the industry, greatly reducing setup time
Faster cutting and reduced-chatter positive rake standard (three cutting tips). Durable, longer-life negative rake (optional) tooling available (six cutting tips)
Store frequently-used adaptors within easy reach with the optional heavy gauge, all-steel bench option with rear backboard
Speeds setup and prevents overtightening and mounting errors
Quality results
Anti-Chatter Technology
Stop chatter before it starts
Anti-Chatter Technology varies the spindle speed to keep chatter-inducing vibration from starting, resulting in a smooth finish.
- Anti-Chatter Technology (ACT) varies spindle speed to keep chatter-inducing vibration from starting, resulting in a smoother surface finish
- Chatter can start when machining rotors at a fixed speed. This is similar to how a moistened finger can make a crystal glass sing
Anti-Chatter Technology is optional on BL series brake lathes.
Connectivity
Tablet interface with HunterNet® connectivity
Connect your equipment to your business
- Compare thickness and diameter to OE specs
- On-screen messages and animation make technicians more efficient
- Bit Minder tracks bit usage
- Training videos, multiple languages and more
Get a free pricing quote today
Your local Hunter team will provide pricing and additional information on accessories, installation, training and more
Specifications
| Expand all Collapse all |  BL70
|
 BL10
|
|---|
| Rotor | BL73 | BL13 |
|---|---|---|
| Diameter | 558.8 mm* | 558.8 mm* |
| Maximum width | 117.5 mm | 117.5 mm |
| Maximum thickness | 50.8 mm | 50.8 mm |
| Drum | BL73 | BL13 |
|---|---|---|
| Diameter | 609.6 mm* | 609.6 mm* |
| Maximum width | 203.2 mm | 203.2 mm |
| Power information | BL73 | BL13 |
|---|---|---|
| Maximum Voltage | 230 | 230 |
| Minimum Voltage | 115 | 115 |
| Amperage | 15 | 15 |
| Hertz | 50/60 | 50/60 |
| Phase | Single | Single |
*Some specifications may vary depending upon workpiece configurations or may require optional adaptors.
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