Features of VMC 1060 Vertical Machining Center
- TSINFA’s thickened cast iron body and wide base design ensure stable operation during extended cutting cycles.
- The spindle speed reaches up to 12,000 rpm, with rapid traverse speeds of up to 36 m/min, effectively reducing cycle times.
- Milling, drilling, and tapping can be completed in a single setup, enhancing part consistency and machining accuracy.
- Equipped with a fully automatic lubrication and cooling system, it further extends the machine’s service life and reduces maintenance costs.
Advantages of the VMC 1060 Vertical Machining Center
With 1000mm of X-axis and 600mm of Y-axis travel, you can easily handle most medium-sized parts—from car mold cores to computer heat sinks and metal bases. This traveling design provides a better balance between performance, cost, and space, effectively doing away with the need for frequent machine model changes.
The VMC 1060 vertical machining center can be supplied with an ATC (Automatic Tool Changer) system of 24 or 30 tools. It offers rigid cutting performance and high efficiency for continuous machining of steel parts, mold steel, or complicated-shaped products.
C3-grade ball screws in combination with high-precision linear guides deliver micron accuracy even after extended operation periods. No matter if you are machining molds, electrodes, or precision components, quality is delivered consistently, keeping you ahead of the competition.
VMC 1060 occupies a floor area approximately one-third the size required by horizontal machining centers. For cramped workshops, it enables increased machine density in the same footprint, leading to greater production efficiency.
Just enter the cutting program and conditions onto the CNC control panel, and the machine works automatically. With an automatic tool changer and extremely stable control system on top of each other, it gives unbroken 24-hour production—even for rush orders.
The VMC 1060 is a tried and tested mature product that has been tried through years of market exposure. Its stiff structural setup and high level of component interchangeability make maintenance simple and spare parts easily available.
Applications of the VMC 1060 Vertical Machining Center
The VMC 1060 was designed to bring efficient, precise machining to more manufacturing sectors. Whether you are in the automotive manufacturing, mold making, 3C electronics, or mechanical components manufacturing, it will give you stable and dependable operation.
Used in the automobile mold shops or component supplier workshops, the VMC 1060 is commonly utilized to produce molds of structural parts like bumpers, dashboards, and engine mounts.
It supports successive changing of molds and processing of multi-parts and may be a valuable core production for small- and medium-scale mold plants.
Most mold shops prefer TSINFA’s VMC 1060 to machine electrodes, cavities, and precision fixtures due to its superb stability and repeatability. It effectively minimizes dimensional defects and scrap rates, enhancing production control.
In the production of general machinery, the VMC 1060 is ideal for machining structural parts, including valve bodies, pump casings, and bases. Because of its stable rigidity and long-term accuracy, producers prefer it as a primary machine for batch production work.
Regardless of whether it is machining computer heat sinks, mobile phone casing molds, or small metal structural components, the VMC 1060 provides rapid cutting with high precision.
In prototype verification, test molds, or low-volume production, it facilitates cost-effective conversion from prototype verification to mass production.
Key Parameters of the VMC 1060 Vertical Machining Center
In general, VMC 1060 is a mature machine that is in balance with speed and accuracy. It ensures stable machining sizes under long-term running, which can make production lines more efficient and reliable.
- Spindle
- Workbench
- Feed System
- Automatic Tool Changer (ATC)
- Important Technical Specifications
- Precision
The table below offers a concise overview of the principal technical specifications of the VMC 1060 vertical machining center spindle, including spindle taper, interface length, worktable and column distances, speed of rotation, and motor power. This enables you to make an immediate evaluation of the performance of the spindle in various machining operations.
| Spindle | Parameters | Description |
| Spindle Taper | BT40 / CAT40 / BT50 (optional) | Standard: BT40; BT50 optional for increased torque and rigidity |
| Interface Length | 150mm | Affecting the tool mounting space |
| Distance from spindle center to column | 610–650 mm（667mm is relatively common） | Affects maximum workpiece width |
| Distance from spindle nose to worktable | 110-720mm (depending on machine model) | Determines the clearance between workpiece and tool length |
| Speed | 8000-12000 rpm (24000 rpm and 30000 rpm optional) | Standard 8000–12000 rpm, optional high-speed spindle for mold processing |
| Motor Power | 1kW/15kW | Depending on spindle model and control system configuration |
Central Key Technical Specifications of the VMC 1060 Workbench. This data sheet presents the workbench’s capability to accommodate workpieces and fixtures at a glance.
| Work Table | Specification | Notes |
| Table Size | 600×1200 mm / 1300×600 mm | Workpiece size based on machine model |
| T-slot Size | 55×18×P100–120 mm | For mounting fixtures and positioning devices |
| Max. Table Load | 500-1000kg | Depends on bed rigidity and guide rail structure design |
The feed system of the VMC 1060 enables smooth and precise movement in all directions. Both for cutting operations and rapid positioning, its travel and speed are optimized to effectively cut medium and large-sized workpieces. Below is a table that provides the following specifications of interest for ready reference.
| Feed System | Specification | Notes |
| Cutting Feed Rate | 10 m/min | Standard feed rate for the Z/X/Y axes in cutting mode |
| Maximum Feed Rate | 12 m/min | Upper limit for feed rate in cutting mode |
| Rapid Feed Rate (X/Y/Z) | 36/36/32 m/min | Dry run rapid positioning rate |
| X/Y/Z Axis Travel | X: 1000 mm Y: 600 mm Z: 600-700 mm | Determines the machinable workpiece size range |
Machining complex molds or batch parts with knowledge of the type, capacity, and limitations on tool utilization of tool magazine helps in effective planning of machining processes. The following table gives key technical specifications.
| Automatic Tool Changer (ATC) | Parameters | Notes |
| ATC Type | Armless or armed tool magazine | Select based on machine model |
| Mechanism | Rotary | Enhances tool change speed and stability |
| Capacity | 16 / 24 / 32 tools | Supports storage of tools with varying lengths and diameters |
| Tool Change Time | 2–2.5 s | Time required for a single tool change |
| Maximum Tool Length | 250–350 mm | Matches distance from spindle nose to worktable |
| Maximum Tool Diameter | Ø100 mm (adjacent) Ø150 mm (spaced) | Ensures no collision with tool changer mechanism |
| Maximum Tool Weight | 8 kg | Prevents tool changer overload |
The following table provides an overview of the most important technical specifications of the VMC 1060 vertical machining center, from machine size, weight, and motor power through workpiece processing capacity. This allows for rapid evaluation as to whether the machine is suitable for your workshop and machining tasks.
| Machine Overview | Parameters | Description |
| Dimensions | Length: 2850–3300 mm Width: 2400–2600 mm Height: 2800–2850 mm | Machine dimensions vary by configuration |
| Machine Weight | 6800–7500 kg | Varies based on bed, guideway, and tool magazine configuration |
| Main Motor Power | 11 kW / 15 kW | Depends on model and spindle configuration |
| Max Workpiece Weight | 800 -1000 kg | Not exceeding worktable load capacity |
| Max Machining Diameter | Φ85 mm | Maximum diameter for cylindrical or mold workpieces |
| Max Machining Length | 350 mm | Subject to spindle travel and worktable length limitations |
Precision is the true measure of a vertical machining center’s capability.
The VMC 1060 undergoes double certification calibration via laser interferometer and ball bar testing, ensuring stable machining accuracy and consistent dimensional control even for long processing cycles.
| Accuracy | Parameter | Description |
| Positioning Accuracy | ±0.005–0.010 mm | Verified through actual measurement over full stroke |
| Repeatability | ±0.003–0.005 mm | Maintains stable tolerance during continuous operation |
What is the VMC 1060 Vertical Machining Center?
The VMC 1060 Vertical Machining Center is a CNC milling machine with a vertical spindle installation and high accuracy. With three-axis interpolation, it performs various machining operations such as milling, drilling, and tapping.
Having 1000mm X-axis travel and 600mm Y-axis travel, it is otherwise known as the “1060” model. This machine type is widely encountered in mold manufacturing, component machining, and precision mechanical processing, striking a balance between rigidity and machining efficiency.
Working Principle of the VMC 1060 Vertical Machining Center
The vertically oriented spindle setup is used in the VMC 1060 vertical machining center, with the CNC system synchronizing tool movements along three axes perfectly. The spindle drives the tool at high speeds and performs machining operations such as milling, drilling, or tapping on workpieces fixed to the worktable.
In operation, coordinated motion along the X, Y, and Z axes enables the tool to machine along programmed paths the workpiece surface sequentially, forming complex shapes and measurements. Its “1060” range-of-travel design for balancing medium-sized part machining capability with space efficiency is realized.
Core Components of the VMC 1060 Vertical Machining Center
Machine Bed
The bed sustains the machine stability during long periods of operation. TSINFA always employs first-class resin sand casting for the structure, reinforced by aging treatment and critical-area quenching to give structural stiffness and long-term stability.
This guarantees machining precision is resistant to thermal deformation even for heavy cutting work.
Spindle Head
The spindle head is the machine’s power center. When the spindle is activated, the motor drives the spindle rotation using a belt, initiating tool cutting in the workpiece.
With an efficient cooling and lubrication system built in, it provides stable cutting temperatures, reduces tool wear, and extends service life.
Work Table
The dimensions of the work table directly affect the size of workpieces you can machine. The VMC 1060’s work table has a high-rigidity structure design with easy placement of medium to large-sized parts.
Base
The base is the foundation and framework of the whole machine tool.
We utilize a monolithic high-strength cast iron (H300) base. The internal ribs and curved cavities are effective at vibration absorption. This provides high surface flatness as well as dimension accuracy under heavy cutting conditions.
Feed System
VMC 1060’s X, Y, and Z axes all utilize roller linear guides, ensuring precision even in the process of high-speed positioning. The long-span structure of the Z-axis also provides stable vertical travel.
In addition, you can optionally install rotary axes to allow multi-surface machining, enhancing productivity with single-setup operations.
Tool Changer
With high-volume production supported by a big-tool capacity changer, high-volume production is made easy. TSINFA’s VMC 1060 vertical machining center accommodates up to 30 tools, and switching between operations is done very fast. When machining complex molds or batched products, time is saved and downtime is reduced.
Chip Removal System
While not the most critical feature to machining, the absence of a chip removal system is a significant loss in efficiency. The VMC 1060 vertical machining center may be equipped with a chain-type or dual-spiral chip conveyor. The totally enclosed splash guard design offers a cleaner, safer working environment and easier maintenance.
How to Select a VMC 1060 Vertical Machining Center?
Define Your Machining Products
First, identify what your machine primarily processes: molds, electrodes, precision parts, or structural parts for autos and 3C industries?
Different workpieces require the most critical performance requirements. For example, molds prioritize precision and thermal stability, while structural parts prioritize rigidity and cutting efficiency. When selecting a machine, ensure that its capacity suits your major products.
Take note of Spindle and Travel Configuration
The core of the VMC 1060 is three-axis travel. Ensure it has space for your workpiece size and also sufficient space for tools and fixtures.
For the spindle, pay attention to power, torque, and the cooling system:
Spindles’ high speed is suitable for aluminum parts, and steel parts require more torque.
Rigidity and Precision
Bed, base, guideways, and ball screws determine the stability of the machine. Employ one that has resin sand castings, roller linear guideways, C3-grade ball screws, and high-precision assembly techniques.
These design specifics significantly affect machining accuracy and tool life after extended running.
Prioritize Efficiency and Maintenance
An optimally efficient automatic tool changer (ATC), chip removal system, and maintenance-driven design minimize issues during extended production runs.
Also take into account after-sales assistance and spare parts availability—a high-quality machine is not just about performance; it should also be maintenance-free and upgrade-friendly to service.
Their travel range and machining capacity are the significant differences.
The VMC 850 is typically a small to mid-sized model with X850×Y500 size, while the VMC 1060 is more rigid and has a larger machining envelope and is suitable for medium to large molds or components.
A VMC1060 will typically be in the $25,000 to $60,000 category, depending on manufacturer and configuration.
For example, basic configuration models are less expensive, but those with high-precision spindles or Fanuc/Siemens systems are pricier. If you can provide your machining specifications, we could recommend proper configurations and quote accordingly.
Maintain guideway and lead screw lubrication, check coolant concentration, keep chip removal system clean regularly, and check spindle runout and accuracy.
Correct maintenance prolongs equipment life and ensures long-term accuracy.
