USED HAAS HL2 - CNC Machine For Sale - USA

HAAS HL2

MAKE: HAAS
MODEL: HL2
TYPE: Lathe
SKU: 112074
DEALER: McKean Machinery Sales, Inc.
COUNTRY: USA

USED HAAS HL2

The HAAS HL2 is a 2-axis CNC turning center designed for general-purpose production, repair work, job-shop machining, and medium-sized turned components. Its slant-bed construction, hydraulic chuck, programmable tailstock, automatic turret, and Haas CNC control make it suitable for turning a wide variety of shafts, bushings, flanges, fittings, and other cylindrical components.

The HL2 provides approximately 20 inches of swing over the bed, 9.5 inches of swing over the cross slide, 10 inches of maximum turning diameter, and approximately 20 inches of machining length in documented configurations. An 8-inch chuck and 2-inch bar capacity are commonly associated with the machine.

The machine uses a 15-hp spindle in many documented configurations, with spindle speeds reaching approximately 3,750–4,000 RPM depending on the particular machine. Some specifications and later/individual configurations report higher spindle speeds, so buyers should verify the spindle package on the machine being purchased.

A 10-station turret, programmable tailstock, parts catcher, chip auger, tool presetter, rigid tapping, and Haas CNC control are among the options commonly found on used HL2 machines.


HAAS HL2 – AXIS

The HAAS HL2 is a 2-axis CNC lathe, using X-axis cross travel for diameter control and Z-axis longitudinal travel for turning length. The compact two-axis architecture makes it straightforward to program for conventional turning operations.

SpecificationDetails
Machine Configuration2-axis CNC turning center
X AxisCross-slide movement
Z AxisLongitudinal movement
X-Axis TravelApprox. 8.45 in / 214.6 mm
Z-Axis TravelApprox. 20 in / 508 mm
SpindleMain spindle
TailstockAvailable / commonly equipped
Turret10-position

The documented HL2 configuration uses an A2-series spindle nose and an automatic turret for production turning.


HAAS HL2 – AXIS TRAVELS / WORK ENVELOPE

The HL2 offers a useful work envelope for a compact CNC lathe. Its approximately 20-inch Z-axis travel provides room for parts around the machine’s 20-inch swing envelope, subject to chuck, tooling, tailstock, and workholding limitations.

SpecificationDetails
X-Axis TravelApprox. 8.45 in / 214.6 mm
Z-Axis TravelApprox. 20 in / 508 mm
Swing Over BedApprox. 20 in / 508 mm
Swing Over Cross SlideApprox. 9.5 in / 241.3 mm
Maximum Turning DiameterApprox. 10 in / 254 mm
Maximum Turning LengthApprox. 20–24 in depending on configuration
Distance Between CentersApprox. 24 in on documented configuration

The actual usable machining envelope depends on the installed chuck, tooling, tailstock position, and individual machine configuration.


HAAS HL2 – CAPACITY

The HAAS HL2 is designed for workpieces that can be accommodated by an 8-inch chuck and approximately 2-inch bar capacity. This makes it suitable for a broad range of general-purpose turning applications.

SpecificationDetails
Chuck Size8 in
Maximum Bar CapacityApprox. 2 in / 50.8 mm
Maximum Turning DiameterApprox. 10 in / 254 mm
Maximum Turning LengthApprox. 20 in
Swing Over BedApprox. 20 in
Swing Over Cross SlideApprox. 9.5 in
Distance Between CentersApprox. 24 in on documented configuration

Some used machines are equipped with 8- or 10-inch chucks, so the actual chuck and drawtube arrangement should be confirmed before purchasing.


HAAS HL2 – SPINDLE

The HL2’s spindle is designed to provide the speed and torque necessary for conventional turning, facing, boring, threading, and grooving operations. Documented HL2 machines commonly use a 15-hp spindle motor with maximum speeds around 3,750–4,000 RPM.

SpecificationDetails
Spindle TypeHorizontal turning spindle
Spindle PowerApprox. 15 hp
Maximum SpeedApprox. 3,750–4,000 RPM
Spindle NoseA2-series
Spindle BoreApprox. 3 in / 76.2 mm
Bar CapacityApprox. 2 in / 50.8 mm
ChuckCommonly 8 in
Spindle OrientationProgrammable

The spindle should be checked for bearing noise, vibration, runout, drawtube condition, chuck operation, and speed stability when evaluating a used HL2.


HAAS HL2 – TURNING SPINDLE

The HL2 spindle provides the foundation for standard CNC turning operations. Its 15-hp class motor and approximately 3,750–4,000 RPM capability make it appropriate for machining steel, stainless steel, aluminum, brass, and other commonly turned materials.

SpecificationDetails
Spindle MotorApprox. 15 hp
Maximum SpeedApprox. 3,750–4,000 RPM
Spindle BoreApprox. 3 in
Bar CapacityApprox. 2 in
Spindle NoseA2-series
Chuck8 in typical
Spindle OrientationAvailable

The machine is primarily intended for turning rather than live-tool milling, and documented HL2 specifications list no live tooling.


HAAS HL2 – TOOL TURRET

The HAAS HL2 commonly uses a 10-position turret. This allows multiple turning, facing, boring, threading, grooving, and parting tools to remain loaded for production work.

SpecificationDetails
Turret TypeAutomatic CNC turret
Tool Positions10
ToolingTurning and boring tools
Tool PresetterAvailable on equipped machines
IndexingCNC controlled
Typical OperationsTurning, facing, boring, threading, grooving

The exact turret tooling package varies between used machines, so buyers should verify which holders and tooling are included with the machine.


HAAS HL2 – CONTROL SYSTEM

The HL2 uses the HAAS CNC control system, providing CNC programming and machine operation through Haas’ integrated control architecture. Older HL2 machines can have different control generations and software configurations.

SpecificationDetails
CNC ControlHAAS CNC
ProgrammingCNC turning
RS-232Available on documented configurations
Rigid TappingAvailable
MacrosAvailable on equipped machines
Tool OffsetsCNC controlled
Spindle OrientationAvailable
Programmable TailstockAvailable on equipped machines

Because HL2 machines span multiple production years, the exact control version, memory capacity, communications hardware, and software options should be checked before purchase.


HAAS HL2 – COOLANT & CHIP MANAGEMENT

The HL2 can be equipped with a coolant system and chip auger for removing chips from the machining area. The chip auger is particularly useful during continuous production where manual chip removal would interrupt machine operation.

SpecificationDetails
CoolantFlood coolant
Chip RemovalChip auger on equipped machines
Chip ConveyorConfiguration dependent
Coolant DeliveryTool/nozzle based
Chip ManagementAutomatic auger available
Coolant TankMachine-specific

Used HL2 buyers should inspect the coolant pump, tank, hoses, auger motor, auger flighting, and chip discharge area for wear or damage.


HAAS HL2 – FEEDRATES

The HL2 provides rapid positioning suitable for production turning. Documented specifications for earlier HL2 configurations show approximately 400 IPM X- and Z-axis rapid traverse rates.

SpecificationDetails
X RapidApprox. 400 IPM
Z RapidApprox. 400 IPM
X TravelApprox. 8.45 in
Z TravelApprox. 20 in
Cutting FeedApplication dependent
Threading FeedCNC programmed

Actual cutting feed rates depend on material, insert geometry, depth of cut, spindle speed, tooling, and machining strategy.


HAAS HL2 – TAILSTOCK

A programmable or hydraulic tailstock is commonly available on the HL2 and provides additional support for longer workpieces.

SpecificationDetails
TailstockYes
Tailstock TypeHydraulic / programmable on equipped machines
Quill TaperMT4 on documented configuration
Tailstock TravelApprox. 20 in
FunctionWorkpiece support
CNC ControlProgrammable on equipped machines

The tailstock is particularly useful for long shafts and components where additional support is required to reduce deflection during turning.


HAAS HL2 – PARTS CATCHER

Some HL2 machines are equipped with a programmable parts catcher, allowing completed components to be automatically collected after cutoff.

SpecificationDetails
Parts CatcherAvailable
OperationProgrammable
ApplicationAutomatic part collection
Production BenefitReduced operator intervention
IntegrationCNC controlled on equipped machines

A functioning parts catcher can be particularly useful for repetitive production runs where automatic part removal is desirable.


HAAS HL2 – POWER REQUIREMENTS

Electrical requirements vary according to the machine’s production year, spindle configuration, coolant system, chip auger, and other installed options.

SpecificationDetails
Spindle MotorApprox. 15 hp
Electrical SystemIndustrial 3-phase
VoltageVerify machine-specific configuration
ControlHAAS CNC
CoolantMachine-specific
InstallationVerify electrical documentation before installation

The exact voltage, amperage, phase, transformer requirements, and disconnect specifications should be confirmed from the machine’s electrical documentation.


HAAS HL2 – DIMENSIONS

The HL2 has a relatively compact footprint for a production CNC turning center. A documented configuration measures approximately 126 x 70 x 70 inches, while another current used HL2 listing reports a footprint of approximately 1,830 x 1,500 mm.

SpecificationDetails
Approximate Length126 in
Approximate Width70 in
Approximate Height70 in
Approximate Weight9,000 lb
Metric Footprint ExampleApprox. 3,200 x 1,778 x 1,778 mm
InstallationVerify machine-specific drawing

Accessories such as chip augers, barfeeders, hydraulic equipment, and coolant systems can change the required installation footprint.


HAAS HL2 – GENERAL INFORMATION

The HAAS HL2 is a conventional 2-axis slant-bed CNC turning center designed for efficient production of cylindrical components. Its combination of approximately 10-inch maximum turning diameter, 20-inch-class machining length, 8-inch chuck, 2-inch bar capacity, 15-hp spindle, automatic turret, and tailstock gives it a useful range for general machining operations.

SpecificationDetails
ManufacturerHAAS
ModelHL2
Machine TypeCNC Turning Center
Axes2
Chuck8 in typical
Bar CapacityApprox. 2 in
Maximum Turning DiameterApprox. 10 in
Swing Over BedApprox. 20 in
Machining LengthApprox. 20–24 in
Spindle PowerApprox. 15 hp
Maximum Spindle SpeedApprox. 3,750–4,000 RPM
Turret10-position
TailstockYes
ControlHAAS CNC
Live ToolingNo on documented configurations

INDUSTRIES THAT USE HAAS HL2

The HL2’s general-purpose turning capabilities make it useful across many manufacturing sectors.

IndustryTypical Applications
AutomotiveShafts, bushings, spacers and fittings
Industrial ManufacturingMachine components and couplings
HydraulicCylinders, fittings and hydraulic components
Oil & GasSmall shafts, fittings and connectors
AerospacePrecision turned components
Job ShopsShort- and medium-run turning
Maintenance & RepairReplacement machine components
General ManufacturingProduction turned parts
Tool & DieBushings, tooling components and fixtures

TYPICAL PARTS HAAS HL2 CAN PRODUCE

The HL2 can produce a wide variety of cylindrical and rotational components within its turning envelope.

Part TypeExamples
ShaftsStepped shafts and drive shafts
BushingsBronze, steel and aluminum bushings
SpacersPrecision spacers and sleeves
FlangesSmall machined flanges
PinsPrecision pins and dowels
FittingsHydraulic and pneumatic fittings
CouplingsIndustrial couplings
RollersSmall rollers and cylindrical components
Threaded PartsThreaded shafts and fittings
Prototype PartsGeneral-purpose turned prototypes

WHY CHOOSE HAAS HL2

The HAAS HL2 offers a straightforward combination of CNC turning capability, automatic tooling, tailstock support, and a useful work envelope. Its 2-axis architecture makes it relatively simple to program and operate for standard turning applications.

The 8-inch chuck, approximately 2-inch bar capacity, 10-inch maximum turning diameter, 15-hp spindle, and 10-position turret provide a practical platform for many job-shop and production applications.

The machine can also be configured with a programmable tailstock, parts catcher, chip auger, tool presetter, rigid tapping, and other features that improve production efficiency.


WHY BUY USED HAAS HL2

A used HAAS HL2 can be an economical way for a machine shop to add a dependable CNC turning center without the acquisition cost associated with a newer CNC lathe. Current used-market examples demonstrate that HL2 machines remain available at relatively accessible prices, although condition and configuration create significant differences in value.

The HL2 is particularly attractive for shops that need a conventional 2-axis CNC lathe for shafts, bushings, fittings, spacers, flanges, and other rotational components. Its relatively compact footprint can also make it easier to accommodate than larger production turning centers.

Because many HL2 machines are now older, buyers should pay close attention to spindle condition, ballscrew wear, linear-guide or box-way condition, turret indexing, hydraulic systems, tailstock operation, chuck condition, control electronics, lubrication, and coolant/chip-removal equipment.


HOW MUCH DOES A USED HAAS HL2 COST?

Current used-market pricing shows substantial variation depending on year, condition, tooling, spindle hours, and accessories. A current 1997 HAAS HL2 is advertised around $9,900, while another used HL2 with a 5C closer, programmable tailstock, chip auger, and other equipment is listed at $8,950. A current 1998 example is advertised around $5,950.

A current 2004 listing at $26,500 is actually a HAAS TL-2 toolroom lathe rather than a conventional HL2, so it should not be used as a direct HL2 price comparison.

Based on current HL2 listings and the documented configurations available in the used market, a reasonable general price guide is:

ConditionEstimated Used Price
As-Is / High Hours$5,000–$8,000
Running / Average Condition$8,000–$11,000
Good Condition$11,000–$15,000
Excellent Condition$15,000–$20,000
Low-Hour / Well Equipped$20,000–$25,000+
Best Estimated Listing Value$12,000–$16,000

A clean HL2 equipped with an 8-inch hydraulic chuck, programmable tailstock, parts catcher, chip auger, tool presetter, good spindle, and documented maintenance can command a premium over a machine requiring repairs or lacking production accessories.

For a seller, the final asking price should be adjusted based on the exact year, spindle hours, machine condition, control generation, tooling package, chuck, tailstock, chip-management equipment, and whether the machine can be demonstrated under power.