Toolroom Ops™ - when you need the TMC to work like a TRAK bed mill, but with chips and coolant contained
Production Ops - when you need to run small to medium production quantities
| TRAK TMC5 | TRAK TMC7 | TRAK TMC10 | TRAK TMC12 | TRAK TMC14 | |
|---|---|---|---|---|---|
| Table size | 27.56″ x 15.75″ | 35.43″ x 19.69″ | 44.09″ x 19.69″ | 51.18″ x 23.62″ | 62.99″ x 23.62″ |
| Travel (X, Y, Z axis) with soft limits | 20″ x 16″ x 20″ | 30″ x 20″ x 20″ | 40.75″ x 20″ x 20″ | 50″ x 27″ x 25″ | 60″ x 27″ x 25″ |
| Rapid traverse X, Y, Z | 400 IPM in Toolroom Ops 1,000 IPM in Production Ops |
400 IPM in Toolroom Ops 1,000 IPM in Production Ops |
400 IPM in Toolroom Ops 1,000 IPM in Production Ops |
400 IPM in Toolroom Ops 1,000 IPM in Production Ops |
400 IPM in Toolroom Ops 1,000 IPM in Production Ops |
| T-slots (number x width x pitch) | 3 x .709″ x 3.937″ | 5 x .709″ x 3.937″ | 5 x .709″ x 3.937″ | 5 x .709″ x 3.937″ | 5 x .709″ x 3.937″ |
| Spindle taper | 40 Taper | 40 Taper | 40 Taper | 40 Taper | 40 Taper |
| Spindle speed range | 50 - 8,000 RPM 50 - 12,000 RPM (optional) |
50 - 8,000 RPM 50 - 12,000 RPM (optional) |
50 - 8,000 RPM 50 - 12,000 RPM (optional) |
50 - 8,000 RPM 50 - 12,000 RPM (optional) |
50 - 8,000 RPM 50 - 12,000 RPM (optional) |
| Spindle nose diameter | 3″ | 3″ | 3″ | 3.75″ | 3.75″ |
| Tool clamping force (90 psi) | 1,500 lbs | 1,500 lbs | 1,500 lbs | 2,200 lbs | 2,200 lbs |
| Tool holder type | CAT 40 or BT 40 | CAT 40 or BT 40 | CAT 40 or BT 40 | CAT 40 or BT 40 | CAT 40 or BT 40 |
| ATC tool capacity | 16 | 16 | 16 | 16 | 16 |
| Maximum tool weight (incl. holder) | 15 lbs | 15 lbs | 15 lbs | 15 lbs | 15 lbs |
| Maximum tool diameter | 3.14″ | 3.14″ | 3.14″ | 3.14″ | 3.14″ |
| Carousel speed | .8 sec from station to station | .8 sec from station to station | .8 sec from station to station | .8 sec from station to station | .8 sec from station to station |
| Tool selection system | Bi-directional/shortest path | Bi-directional/shortest path | Bi-directional/shortest path | Bi-directional/shortest path | Bi-directional/shortest path |
| Spindle motor HP - peak | 15 HP | 15 HP | 15 HP | 22.5 HP | 22.5 HP |
| Spindle motor HP - continuous | 10 HP | 10 HP | 10 HP | 15 HP | 15 HP |
| Power requirements Standard (208V) 8K Spindle |
208V (200-240V is acceptable), 3P, 68A (Current can be as high as 87 amps with all options ordered - CTS (+14A), 4th axis (+5A)) |
208V (200-240V is acceptable), 3P, 68A (Current can be as high as 87 amps with all options ordered - CTS (+14A), 4th axis (+5A)) |
208V (200-240V is acceptable), 3P, 68A (Current can be as high as 87 amps with all options ordered - CTS (+14A), 4th axis (+5A)) |
208V (200-240V is acceptable), 3P, 93A (Current can be as high as 112 amps with all options ordered - CTS (+14A), 4th axis (+5A)) |
208V (200-240V is acceptable), 3P, 93A (Current can be as high as 112 amps with all options ordered - CTS (+14A), 4th axis (+5A)) |
| Power requirements Standard (208V) 12K Spindle |
208V (200-240V is acceptable), 3P, 69A (Current can be as high as 88 amps with all options ordered - CTS (+14A), 4th axis (+5A); includes cooler current) |
208V (200-240V is acceptable), 3P, 69A (Current can be as high as 88 amps with all options ordered - CTS (+14A), 4th axis (+5A); includes cooler current) |
208V (200-240V is acceptable), 3P, 69A (Current can be as high as 88 amps with all options ordered - CTS (+14A), 4th axis (+5A); includes cooler current) |
208V (200-240V is acceptable), 3P, 96A (Current can be as high as 115 amps with all options ordered - CTS (+14A), 4th axis (+5A); includes chiller current) |
208V (200-240V is acceptable), 3P, 96A (Current can be as high as 115 amps with all options ordered - CTS (+14A), 4th axis (+5A); includes chiller current) |
| Power requirements Optional (480V) 8K Spindle |
480V with transformer option (432-528V is acceptable), 3P, 46A 46 amps based nominal rated current of transformer |
480V with transformer option (432-528V is acceptable), 3P, 46A 46 amps based nominal rated current of transformer |
480V with transformer option (432-528V is acceptable), 3P, 46A 46 amps based nominal rated current of transformer |
480V with transformer option (432-528V is acceptable), 3P, 48A (Current can be as high as 57 amps with all options ordered - CTS (+6A), 4th axis (+3A)) |
480V with transformer option (432-528V is acceptable), 3P, 48A (Current can be as high as 57 amps with all options ordered - CTS (+6A), 4th axis (+3A)) |
| Power requirements Optional (480V) 12K Spindle |
480V with transformer option (432-528V is acceptable), 3P, 46A 46 amps based nominal rated current of transformer |
480V with transformer option (432-528V is acceptable), 3P, 46A 46 amps based nominal rated current of transformer |
480V with transformer option (432-528V is acceptable), 3P, 46A 46 amps based nominal rated current of transformer |
480V with transformer option (432-528V is acceptable), 3P, 49A (Current can be as high as 58 amps with all options ordered - CTS (+6A), 4th axis (+3A); includes chiller current) |
480V with transformer option (432-528V is acceptable), 3P, 49A (Current can be as high as 58 amps with all options ordered - CTS (+6A), 4th axis (+3A); includes chiller current) |
| Maximum weight of workpiece | 880 lbs | 1,320 lbs | 1,760 lbs | 2,200 lbs | 2,640 lbs |
| Height of table from bottom of bed*** | 38″ | 38″ | 38″ | 38.37″ | 38.37″ |
| Min. spindle nose to table distance **** | 3.5″ | 3.5″ | 3.5″ | 2.25″ | 2.25″ |
| Max. spindle nose to table distance **** | 23.50″ | 23.50″ | 23.50″ | 28.75″ | 28.75″ |
| Distance of tool carousel to table | 18″ | 17.50″ | 17.50″ | 21.50″ | 21.50″ |
| Spindle center to spindle head casting face | 16.50″ | 18.25″ | 18.25″ | 27.56″ | 27.56″ |
| Min. machine height *** | 90″ | 90″ | 90″ | 105″ | 105″ |
| Max. machine height (head all the way up) *** | 106.5″ | 106.5″ | 106.5″ | 120.5″ | 120.5″ |
| Overall width of machine with side doors open, auger chute and chip container in place | 159″ | 167.25″ | 174.50″ | 206.27″ | 224.13″ |
| Overall length of machine with electrical cabinet fully open 180° | 146″ | 152″ | 152″ | 156.22″ | 156.22″ |
| Footprint of machine with coolant tank & auger in place and pendant rotated 90° (width x length) | 92″ x 129.25″ | 97″ x 135″ | 111″ x 135″ | 133.86″ x 144.76″ | 157.48″ x 144.76″ |
| Weight net / shipping (lbs) | 7,260 / 7,600 | 8,360 / 8,700 | 9,900 / 10,300 | 14,300 / 15,000 | 16,500 / 17,000 |
| Coolant capacity | 56 gal | 56 gal | 56 gal | 71 gal | 71 gal |
| Coolant pump and wash power | 750 Watt | 750 Watt | 750 Watt | 750 Watt | 750 Watt |
| Air - CFM (at 90 psi), SCFM | 2.5 CFM, 18 SCFM | 2.5 CFM, 18 SCFM | 2.5 CFM, 18 SCFM | 3.0 CFM, 25 SCFM | 3.0 CFM, 25 SCFM |
| Air quality | Air dried/water separator upstream of TMC | Air dried/water separator upstream of TMC | Air dried/water separator upstream of TMC | Air dried/water separator upstream of TMC | Air dried/water separator upstream of TMC |
| Lubrication pump capacity | 2 liter | 2 liter | 2 liter | 2 liter | 2 liter |
Renishaw® OMP40-2 Inspection Probe and OMI-2T Optical Receiver
The OMP40-2 Inspection Probe is a compact probing solution that uses a kinematic mechanism able to achieve a repeatability of 1 µm. The probe interfaces with the OMI-2T Optical Receiver that mounts inside the TMC. Both devices are included in the Part Probing option.
You use the Probe with the Electronic Handwheels as a productive way to replace edge finders for touching off parts and fixtures. The option works in the DRO Mode of the ProtoTRAK RMX CNC to set offsets using the ABS SET and INC SET features. You can also use it with the Center feature to easily calculate line lengths and diameters of circles.
The Haimer® Universal 3D Sensor lets you quickly find edges in X and Y relative to the center of the spindle. Unlike a standard edge finder, it is unnecessary to allow for the diameter of the probe. Simply bring the dial to zero, and you are finished. The sensor also allows you to find the part in Z.
The feel of manual control of real handwheels, but our electronic handwheels bring the power of the CNC to your fingertips through features such as TRAKing and DO ONE.
The TRAK® 4th axis system for Toolroom Machining Centers provides full control of 4th axis machining and engraving through the ProtoTRAK RMX CNC. The system can also be used as an indexer. Includes 8″ three-jaw chuck. Optional tailstock sold separately.
Support for longer workpieces. This option is sold separately.
The electrical cabinet is pre-wired for the optional 4th axis rotary unit. You would want this to have each machine in your shop able to run the 4th axis and then swap the actual rotary unit between them. It also enables the installation of the option on the machine later without a lot of downtime or expense.
The TRAK CTS system provides pressurized coolant to remove chips during drilling and tapping work. Compared to flood coolant, the CTS option can increase tool life, allow for higher spindle speeds and a corresponding reduction of cycle times, and allow for better surface finishes.
The optional 12,000 RPM spindle features ceramic bearings, and a spindle cooler to minimize temperature rise when running for long periods of time.
A hand-held switch to stop and continue program run. Available for purchase at our service parts website: Remote Stop/Go Switch
Huot® ToolScoot cart and preset tool. Tools not included.
Heavy-duty cart for the set up and transportation of fixtures.
Set of 16. Includes mounting hardware.
For CAT40 tooling. Set of 16.
6″ Kurt vise and mounting hardware - model DX6. Opens to 9″.
The USB Memory option consists of an industrial-grade Delkin® Thumb drive. This device is unsurpassed for reliability and speed of file access and is the storage of choice for our own software engineers.
TRAK offers a 2 year extended warranty for this product.
Clear Off allows for the removal of part material from the outside in, leaving only the bosses and profiles you want. This option is easily programmed at the machine, and works with both DXF and Parasolid models.
Write, save and then run programs with RX Canned Cycle Events on Legacy ProtoTRAK controls in either .CAM Events or .GCD format.
The TRAK MTConnect option enables customers to add MTConnect functionality quickly and easily to their machines, so that machine data can be collected using the standard MTConnect protocol.
3rd party software not included.
Enables programming and control of:
Write, save and then run programs with RX Canned Cycle Events on Legacy ProtoTRAK controls in either .CAM Events or .GCD format.
Clear Off allows for the removal of part material from the outside in, leaving only the bosses and profiles you want. This option is easily programmed at the machine, and works with both DXF and Parasolid models.
