USED HAAS TM2 – 2007
The Haas TM2 – 2007 is a versatile CNC toolroom mill designed for prototype machining, low-volume production, maintenance work, educational training, and general-purpose CNC milling applications. Manufactured by Haas Automation, one of the most recognized CNC machine tool builders in North America, the TM2 belongs to the popular Toolroom Mill series developed to provide affordable full CNC capability with simplified operation and large machining travels. The 2007 Haas TM2 remains highly desirable in the used CNC machinery market because it combines dependable Haas CNC technology, easy operator training, flexible machining capability, and affordable ownership costs at a significantly lower investment cost than traditional production machining centers.
The Haas TM2 was specifically designed for machine shops, educational facilities, prototype departments, maintenance operations, and manufacturers transitioning from manual machining to CNC production. The machine features a rigid cast iron frame, precision linear motion systems, and a large work envelope that allows operators to machine oversized plates, fixture assemblies, tooling components, and custom prototype parts efficiently. Compared to the smaller TM1 platform, the TM2 offers increased X-axis travel and additional machining flexibility for larger workpieces and expanded production capability.
One of the biggest advantages of the Haas TM2 is its simplicity and ease of operation. The machine uses standard 40-taper tooling and the user-friendly Haas CNC Control system, making it highly attractive for operators learning CNC machining or shops requiring flexible low-volume production capability. Even operators with limited G-code experience can efficiently learn machine setup, programming, and production operations using the Haas conversational programming features and intuitive control interface.
The 2007 TM2 is commonly equipped with a belt-driven spindle system designed for dependable machining performance across aluminum, steel, stainless steel, plastics, brass, and engineering alloys. The machine is capable of milling, drilling, tapping, contouring, engraving, and light production machining operations with excellent dimensional accuracy and reliable repeatability. Many machines from this generation also include optional features such as fourth-axis capability, probing systems, coolant packages, and automatic lubrication systems that further improve production flexibility.
Industries such as aerospace support manufacturing, automotive prototyping, maintenance departments, educational machining programs, mold making, and general job shops commonly use the Haas TM2. Prototype manufacturers frequently utilize the machine for engineering samples, tooling plates, custom fixtures, repair parts, and low-volume production work requiring flexibility rather than high-speed mass production. Maintenance departments especially value the TM2 because it allows in-house production of repair components, machine modifications, and emergency replacement hardware without outsourcing machining operations.
The used CNC machinery market continues to show strong demand for the Haas TM2 because of its affordable pricing, large work envelope, dependable Haas control system, and excellent operator familiarity. Many buyers choose used Haas Toolroom Mills because they provide practical CNC machining capability and dependable long-term performance at a substantially lower cost than purchasing newer production machining centers.
HAAS TM2 – AXIS
| AXIS SPECIFICATIONS | DETAILS |
|---|---|
| Number of Axes | 3 Axis CNC Machining |
| X-Axis Travel | 40 in |
| Y-Axis Travel | 16 in |
| Z-Axis Travel | 16 in |
| Rapid Traverse Rate | 200 IPM |
| Axis Drive Type | Precision Servo Driven |
| Positioning Accuracy | ±0.0002 in |
| Repeatability | ±0.0001 in |
HAAS TM2 – AXIS TRAVELS / WORK ENVELOPE
| WORK ENVELOPE | DETAILS |
|---|---|
| Table Size | 57.8 in x 10.5 in |
| Maximum Table Load | 350 lbs |
| Spindle Nose to Table | Approx. 4 – 20 in |
| Maximum Workpiece Height | Approx. 16 in |
| Work Envelope Type | CNC Toolroom Mill |
HAAS TM2 – CAPACITY / TABLE
| CAPACITY SPECIFICATIONS | DETAILS |
|---|---|
| Machine Type | CNC Toolroom Mill |
| Production Capability | Milling, Drilling, Tapping |
| Machine Construction | Cast Iron Frame |
| Maximum Part Weight | Approx. 350 lbs |
| Material Capability | Aluminum, Steel, Stainless Steel, Plastics |
HAAS TM2 – SPINDLE
| SPINDLE SPECIFICATIONS | DETAILS |
|---|---|
| Spindle Speed Range | 4,000 RPM |
| Optional Modified Speed | Up to 6,000 RPM |
| Spindle Motor | 7.5 HP |
| Spindle Taper | CAT40 / BT40 |
| Drive System | Belt Drive |
| Bearing Type | Grease Packed Bearings |
| Cooling System | Air Cooled |
| Rigid Tapping | Optional |
HAAS TM2 – TOOL CHANGER
| TOOLING SPECIFICATIONS | DETAILS |
|---|---|
| Standard Tool Configuration | Manual Tool Change |
| Optional Tool Changer | Automatic Tool Changer |
| Tool Capacity | 10 Position Optional |
| Tool Change Method | Manual / Carousel ATC |
| Maximum Tool Diameter | Approx. 3.5 in |
| Maximum Tool Weight | Approx. 12 lbs |
| Tool Selection Method | Sequential |
HAAS TM2 – CONTROL SYSTEM
| CONTROL INFORMATION | DETAILS |
|---|---|
| CNC Control | Haas CNC Control |
| Programming Type | G-Code / Conversational |
| Display Type | CRT / LCD Depending on Configuration |
| Networking Capability | Ethernet / USB Optional |
| Conversational Programming | Standard |
| Fourth Axis Capability | Optional |
| Remote Monitoring | Limited |
HAAS TM2 – COOLANT / DUST / WATER MANAGEMENT
| COOLANT SYSTEM | DETAILS |
|---|---|
| Coolant Type | Flood Coolant |
| Coolant Tank Capacity | Approx. 20 Gallons |
| Chip Removal | Manual Cleanup |
| Coolant Filtration | Integrated |
| Enclosure Type | Open / Optional Enclosure |
| Lubrication System | Automatic Lubrication |
HAAS TM2 – POWER REQUIREMENTS
| POWER SPECIFICATIONS | DETAILS |
|---|---|
| Voltage | 220V / 440V |
| Phase | Single or 3 Phase |
| Power Requirement | Approx. 20 KVA |
| Air Requirement | 100 PSI Shop Air |
| Electrical Requirement | Industrial CNC Power Supply |
HAAS TM2 – DIMENSIONS
| MACHINE DIMENSIONS | DETAILS |
|---|---|
| Machine Length | Approx. 127 in |
| Machine Width | Approx. 78 in |
| Machine Height | Approx. 100 in |
| Machine Weight | Approx. 5,060 lbs |
| Floor Space Requirement | Medium Toolroom Footprint |
HAAS TM2 – GENERAL INFORMATION
| GENERAL INFORMATION | DETAILS |
|---|---|
| Machine Type | CNC Toolroom Mill |
| Manufacturer | Haas Automation |
| Year | 2007 |
| Primary Application | Prototype & General CNC Machining |
| Typical Industries | Aerospace, Education, Automotive |
| Machine Category | CNC Vertical Mill |
| Automation Capability | Moderate |
| Used Market Demand | High |
| Reliability | Proven CNC Platform |
INDUSTRIES THAT USE HAAS TM2
The Haas TM2 is widely used across industries requiring flexible CNC machining capability, large work-envelope capacity, and simplified CNC operation. Educational institutions are among the largest users of Haas Toolroom Mills because the machine provides an excellent training platform for CNC programming, setup procedures, tooling practices, and machining fundamentals. Technical schools and vocational machining programs frequently use the TM2 because operators can quickly learn machine operation using the intuitive Haas control system and conversational programming capability.
Prototype manufacturers and engineering departments also commonly utilize the TM2 for prototype development, fixture construction, tooling assemblies, repair components, and low-volume production applications. The machine’s long X-axis travel and generous table size make it highly effective for machining oversized tooling plates, custom fixtures, support assemblies, and engineering samples requiring flexible machining capability rather than high-volume production speed.
Aerospace support manufacturers frequently use the TM2 for machining tooling fixtures, aircraft brackets, repair hardware, lightweight aluminum structures, and maintenance support components requiring dependable CNC accuracy and repeatable machining performance. Automotive manufacturers commonly utilize the machine for prototype engine brackets, fixture assemblies, mounting hardware, and engineering support components during research and development operations.
Maintenance departments within industrial facilities especially value the Haas TM2 because it allows efficient in-house production of replacement parts, emergency repair hardware, machine modifications, hydraulic plates, and tooling fixtures without relying on outsourced machining services. Mold shops also frequently use the machine for engraving work, cavity repair operations, jig plates, fixture construction, and tooling modifications.
General machine shops appreciate the Haas TM2 because it can efficiently perform milling, drilling, tapping, contouring, engraving, and light production machining across a wide range of materials. The machine’s flexibility, affordable operation, and large travels make it highly suitable for repair machining, custom fabrication, and small-batch manufacturing environments.
The TM2’s ability to operate on single-phase or three-phase electrical power further increases its popularity among smaller machine shops, prototype facilities, and garage-style CNC environments requiring flexible installation capability.
TYPICAL PARTS HAAS TM2 CAN PRODUCE
The Haas TM2 is capable of producing a wide variety of precision-machined components used throughout aerospace, automotive, education, maintenance, electronics, and industrial manufacturing sectors. Common parts machined on this CNC toolroom mill include tooling plates, fixture assemblies, machine brackets, aluminum panels, repair components, custom prototypes, jig plates, and precision support hardware.
Prototype manufacturers frequently use the machine for engineering samples, custom-machined prototypes, testing fixtures, tooling assemblies, and one-off production runs requiring flexibility and efficient setup capability. Aerospace support manufacturers commonly machine aircraft brackets, repair hardware, tooling fixtures, aluminum structural supports, and lightweight aerospace components using the Haas TM2.
Automotive manufacturers commonly utilize the machine for prototype engine components, mounting brackets, support hardware, transmission fixtures, and custom-machined testing assemblies. Mold shops frequently use the machine for cavity repair operations, engraving applications, tooling modifications, fixture construction, and jig plate machining.
Educational programs often use the TM2 to machine student projects, CNC training exercises, instructional tooling samples, and prototype demonstrations. Industrial maintenance departments commonly utilize the machine for hydraulic plates, machine modifications, emergency repair parts, production support hardware, and custom replacement components.
The machine can effectively process materials such as aluminum, stainless steel, carbon steel, brass, plastics, engineering alloys, and composite materials. Its rigid cast iron structure, CAT40 spindle taper, and precision motion systems help maintain dependable machining performance and dimensional accuracy across a wide range of machining applications.
Because of its large table size and extended X-axis travel, the TM2 is especially useful for machining oversized plates, multiple-part fixtures, and long workpieces that may not fit within smaller compact machining centers. Many operators also value the machine’s conversational programming capability for quick setup and simplified machining operations.
WHY CHOOSE HAAS TM2
The Haas TM2 remains one of the most respected CNC toolroom mills because it combines large machining travels, simplified operation, dependable CNC technology, and affordable long-term ownership costs. One of the primary reasons manufacturers choose the TM2 is Haas Automation’s reputation for producing user-friendly CNC equipment supported by excellent parts availability, service support, and widespread operator familiarity.
The machine’s large work envelope provides exceptional flexibility for prototype machining, tooling applications, fixture construction, and repair operations. Operators can efficiently machine longer workpieces, larger tooling plates, and oversized fixtures without requiring a full-size production vertical machining center. This flexibility makes the TM2 highly valuable for engineering departments, maintenance facilities, educational programs, and custom machine shops.
Another major advantage is the machine’s ease of operation. The Haas CNC Control system provides conversational programming, intuitive menu navigation, and simplified setup procedures that allow operators to quickly learn CNC programming and machine operation. Many manufacturers specifically choose Haas equipment because of its strong industry familiarity and straightforward operator training process.
The TM2 also provides excellent value for shops transitioning from manual machining to CNC production. The machine combines the feel of a traditional manual mill with the capabilities of modern CNC automation, making it highly attractive for operators familiar with Bridgeport-style machining environments. Many users describe the TM2 as a highly practical “toolroom” machine ideal for prototypes and repair work rather than high-volume production.
The machine’s CAT40 spindle taper and optional automatic tool changer improve machining flexibility and tooling compatibility compared to smaller benchtop CNC systems or light-duty drill/tap machines. The TM2 offers stronger rigidity, improved material removal capability, and greater tooling flexibility across aluminum, steel, stainless steel, and engineering alloys.
Another important benefit is the machine’s flexible power requirements. The ability to operate on single-phase or three-phase electrical power makes the TM2 highly practical for smaller facilities, educational programs, and prototype shops where industrial three-phase infrastructure may not be available.
The machine’s affordability in the used CNC machinery market also contributes significantly to its popularity. Purchasing a used 2007 Haas TM2 allows manufacturers to obtain dependable CNC machining capability and proven Haas technology at a substantially lower investment cost than purchasing larger production machining centers.
For manufacturers seeking reliable CNC flexibility, simplified operation, large travels, and affordable long-term machining performance, the used Haas TM2 remains one of the most practical and valuable CNC toolroom mills available in today’s used machinery market.
WHY BUY USED HAAS TM2
Purchasing a used Haas TM2 provides manufacturers with an excellent opportunity to obtain dependable CNC machining capability at a significantly lower investment cost compared to purchasing new machining centers. One of the biggest reasons buyers seek used Haas Toolroom Mills is the company’s reputation for producing reliable CNC equipment supported by strong parts availability, widespread operator familiarity, and affordable long-term maintenance costs.
The 2007 Haas TM2 remains especially attractive because it combines large machining travels, flexible CNC capability, dependable Haas control technology, and simplified operation while remaining substantially more affordable than larger production machining centers. Machines from this generation commonly include conversational programming capability, fourth-axis readiness, coolant systems, enclosure packages, and optional automatic tool changers that improve production flexibility and overall machine value.
Another major advantage of purchasing a used TM2 is its versatility. The machine can efficiently perform prototype machining, fixture production, tooling repair, educational training, maintenance work, and low-volume production applications within a single CNC platform. Many manufacturers value the TM2 because it can perform a wide range of machining operations without requiring extensive operator retraining or complex setup procedures.
The machine’s durable cast iron construction and simple machine architecture also provide strong long-term value. Many used Haas Toolroom Mills continue operating productively for years because of Haas Automation’s service-friendly machine design and extensive support network. Buyers frequently find used TM2 machines equipped with vises, tooling packages, probes, fourth-axis accessories, and additional production equipment that increase overall value while reducing startup costs.
Another important benefit of buying used equipment is reduced depreciation. New CNC machining centers often lose significant value during the first several years of ownership. Purchasing a used Haas TM2 allows manufacturers to avoid steep initial depreciation while still obtaining highly capable CNC machining technology and dependable long-term production performance.
The widespread availability of Haas replacement parts, service technicians, and trained CNC operators also contributes significantly to the TM2’s popularity within the used machinery market. Many shops specifically seek Haas-controlled equipment because operators can quickly transition between different Haas machines with minimal additional training.
Online CNC communities and machinists frequently describe the TM2 as a practical and reliable machine for prototypes, toolroom work, and garage-style CNC environments because of its compact footprint and ease of operation.
For manufacturers seeking affordable CNC machining flexibility, dependable Haas performance, and simplified long-term operation, the used Haas TM2 remains one of the most valuable investments available in today’s used CNC machinery marketplace.
HOW MUCH DOES A USED HAAS TM2 COST?
The cost of a used Haas TM2 depends on several important factors including machine condition, spindle hours, maintenance history, tooling package, installed options, and overall operational readiness. In the used CNC machinery market, buyers can generally expect pricing for a 2007 Haas TM2 to range from approximately $8,500 to $38,000 depending on machine condition and included production features.
Machines sold in as-is condition or requiring repairs are generally found at the lower end of the pricing range. Units with cosmetic wear, spindle wear, incomplete tooling packages, outdated controls, or deferred maintenance may sell at discounted prices for buyers willing to perform repairs or refurbishment work.
Production-ready machines in good operating condition generally command mid-range pricing. Machines equipped with enclosure packages, automatic tool changers, coolant systems, fourth-axis capability, low spindle hours, and additional tooling packages typically provide greater production value and therefore sell at higher prices within the used machinery market.
Well-maintained or upgraded TM2 machines may command premium pricing, especially when accompanied by documented maintenance records and modernized control upgrades. Machines featuring LCD control retrofits, enclosure packages, probing systems, upgraded spindle configurations, or additional tooling accessories are especially attractive to manufacturers seeking dependable long-term production equipment.
Additional expenses such as shipping, rigging, electrical installation, tooling, and startup costs should also be considered when budgeting for a used CNC machine purchase. Buyers should carefully inspect spindle condition, lubrication systems, axis backlash, control functionality, and overall machine geometry before finalizing any machine acquisition.
The used Haas TM2 continues to maintain strong resale value because of its large travels, dependable Haas control system, simplified operation, and affordable ownership costs. Many manufacturers prefer used Haas Toolroom Mills because they provide practical CNC machining flexibility and dependable long-term performance at a substantially lower cost than purchasing new vertical machining centers. CNC operators and machinists frequently note that used TM2 machines remain highly desirable for prototypes, garage shops, and general-purpose toolroom applications.
| USED HAAS TM2 PRICE RANGE | ESTIMATED COST |
|---|---|
| Older / As-Is Machines | $8,500 – $15,000 |
| Standard Used Production Machines | $15,000 – $24,000 |
| Well-Maintained / Tooled Machines | $24,000 – $38,000 |
| Upgraded or Fully Equipped Machines | $38,000+ |
