Machining Center [B]
TM-1300
Product Feature
With over fourteen years’ experience in vertical machining center production, we have managed to provide our clients with a high rigidity machine tool for efficient heavy cutting. Broad worktable surface not only offers diversity in processing your work piece, but also saves the time taken in uploading and unloading the product.
New Generation KFM machining centres were designed to be extremely rigid with high accuracy. The castings were optimised more by using finite element analysis (FEA) to bring out the best cutting performance. We strive for the better for our customers, through constant research and product refinement, KFM is your best partner with the most potential to work with. This is a series of machining centre machines with compact design and the best user experience.
- Structure
KFM insists to use MIT (Made In Taiwan) casting only to offer our users the best quality assurance. Lasting metal cutting precision accuracy and cutting tool life extension. Y-shaped interior design deliver a solid foundation and support to the accurate dynamism.
- Hand-scraped technique
Hand-scraped procedure is applied to contacting surfaces through all the guide way slides, headstock, turret and tailstock. The ultimate assembling precision, structural rigidity, and balanced loading distribution are secured.
- Ball Screw
All products are equipped with C3 class ball screws to ensure high positioning accuracy. The ball screw pretension design is applied to all axes to effectively minimize the backlash compensation of the machine body needed. The repeatability and positioning accuracy is highly secured.
- Spindle
Belt type spindle - as the spindle itself is comprised of a few basic parts, the cost is relatively low, when compared to direct spindles. High power and torque is still offered to suit a variety of production needs.
Specifications
| ITEM | UNIT | TM-1300 |
|---|---|---|
| Controller | - | Fanuc 0i-MF |
| - | - | |
| - | Mitsubishi M70A | |
| Spindle driven type | - | Belt |
| Spindle speed | rpm | 8,000 |
| Spindle taper | - | BT-40 |
| Spindle drive motor | kw | 11/15 |
| Spindle to worktable | mm | 150-760 |
| X-axis travel | mm | 1300 |
| Y-axis travel | mm | 720 |
| Z-axis travel | mm | 610 |
| Cutting feed rate | m/min | 10 |
| Rapid feed rate | m/min | 15x15x12 |
| 3-guide width (X/Y/Z) | mm | 120/100/120 |
| Screw diameter/thread | mm | (X: ϕ40/Y: ϕ50/Z: ϕ40) P:10 |
| Surface (LxW) | mm | 1550x700 |
| T-slot (QTYxWxD) | mm | 5x18x130 |
| Maximum workpiece load | kg | 1400 |
| Tool changer | type | Arm |
| Tool magazine capacity | station | 24T |
| Tool selection | - | Two-way |
| Maximum tool length | - | 300 |
| Tool diameter | mm | ϕ80 (ϕ160 Heavy Tool) |
| Maximum tool load | kg | 8 |
| Pull stud | degree | 45 |
| Chip conveyor | - | Screw |
| Electricity power | voltage | 220V/380V |
| Floor space | mm | 3590x3030x2585 |
| Net weight | kg | 9,900 |
More
A 4th Axis can be a powerful addition to your CNC arsenal. It enables all new kinds of machining and can also make existing jobs run faster and require less setup.
Adding a 4th axis rotary table to a milling machine in any sort of work setting provides several advantages to machine work. Having another axis to work with gives milling machine users more precision and accuracy, without having to change positions of the part being machined.
Also, an additional axis would prove to make any milling machine more diverse in the work it is capable of doing; lathe machines introduce the aspect of a rotating part, so a rotary table would add the same benefits provided. A 4th axis rotary table, in general, can provide more precision and ease to a complex design, reducing time and costs for the production of a certain piece.
- CNC Indexing Rotary Table
A combination of high precision bronze / nickel worm wheel and case hardened steel worm screw ensures long term indexing accuracy. The table diameter ranges from ϕ170-ϕ320 (Including ϕ170, ϕ200, ϕ250 and ϕ320).
- CNC Indexing Rotary Table
A combination of high precision bronze / nickel worm wheel and case hardened steel worm screw ensures long term indexing accuracy. The table diameter ranges from ϕ170-ϕ320 (Including ϕ170, ϕ200, ϕ250 and ϕ320).
- CNC Tilting Rotary Table
Easy installation and operation. The left tilt, right tilt, and the rotary axis all use the mechanism of full circumference hydraulic bake. Matching 5 axes M/C for continuing machining, it could provide bigger tilting angle: -110°~+110°. Large-through-hole diameter provides bigger space for work piece setup with fixtures. The table diameter ranges from ϕ200-ϕ320 (Including ϕ200, ϕ250 and ϕ320).
- Oil Skimmer
- Reduction of disposal costs: the cost of disposing oil laden coolant is more expensive than the disposing of oil.
- Recycling opportunities: in some instances, companies may be able to re-use the skimmed oil elsewhere or sell it for recycling, choosing to keep their part of the world cleaner
- Extend coolant life: having oil free coolant can also extend its usefulness and effectiveness, reducing the expense on maintenance and coolant replacement.
- Esthetic benefits: removing the oil from a machine coolant tank will cut down on the amount of smoke generated from the cutting tool coming into contact with oil laden coolant thereby creating a visibly cleaner workplace.
- Extend tool life: removing floating surface oils while aerating and refreshing coolant will extend tool life as well.
- Cooland Mist Collector
CNC-based mist and dust collectors are applied in a broad range of industries and processes and are particularly common on the machining processes involving metals, plastics, composites or other base materials.
- Some of the key benefits gained from using from CNC dust and mist collectors include:
- Protecting worker health.
- Reduced exhaust air make-up requirements up to 80% through recirculated conditioned air.
- Extended machine life.
- Reduced operational costs through reclamation of lubricants