Twin-spindle twin-table 5-Axis machining center for thermoformed thermoplastic composite parts

Twin-spindle, twin-table 5-axis machining center for thermoformed thermoplastic composite parts. Combining a twin-spindle configuration, a twin-table structure, and 5-axis machining capabilities, this advanced CNC machining solution is suitable for a wide range of industrial manufacturing applications.Ideal for precision trimming, contour cutting and complex component machining.

The machine supports both independent dual-station operation and combined machining modes. Each spindle and worktable can operate independently, allowing two separate five-axis machining centers to run simultaneously. Alternatively, the two worktables and spindles can work together to machine a single large component or perform Symmetrical machining.

This flexible design helps manufacturers optimize machine utilization, increase production capacity, and handle a wider range of workpiece sizes and geometries.

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Model:
RB-F10-4057-Z09
Brand:
RBT
Code:
8465990000

Twin-spindle twin-table 5-Axis machining center

Overview of Twin-spindle twin-table 5-Axis machining center

The Twin-Spindle Twin-Table 5-Axis Machining Center is a versatile CNC machining solution designed for thermoformed thermoplastic composite parts and complex three-dimensional components. Featuring two spindles and two worktables, the system offers flexible machining configurations to meet diverse industrial production requirements.

Key Features and Advantages

1. Independent Dual-Station Machining

The two spindles and two worktables can operate independently, functioning as two separate five-axis machining centers within one machine system. This configuration enables simultaneous machining of two separate workpieces, helping increase throughput and improve production efficiency.

2. Combined Machining for Large Components

When a workpiece exceeds the machining area available at a single station, the two worktables and spindles can be configured to work together, subject to the machine's working envelope and control capabilities. This mode supports machining larger thermoformed plastic and thermoplastic composite components.

3. Symmetrical machining available if requested

The machine supports symmetrical machining for compatible symmetrical components if it is requested. This capability is particularly useful for producing left-hand and right-hand parts or other symmetrical components, helping streamline production and maintain consistent machining processes.

4. Flexible 5-Axis Machining

The five-axis machining capability supports complex contours, curved surfaces, multi-angle features, edge trimming, opening machining, and profile finishing on compatible thermoformed components.

5. Designed for Thermoplastic Composite Parts

The machine is suitable for machining compatible thermoformed thermoplastic composite parts, formed plastic components, panels, covers, housings, and other complex three-dimensional products.

6.Typical Applications

Thermoformed thermoplastic composite components
Automotive interior and exterior parts
Large plastic panels and formed covers
Left-hand and right-hand symmetrical components
Complex three-dimensional plastic parts
Industrial housings and custom composite components

Technical Parameters

No.	items	parameter	No.	items	parameter
1	product name	FIVE-AXIS CNC MACHINING CENTER WITH TWIN TABLE & SPINDLE	9	Z axis maximum speed	20m/min
2	model	RB-F10-4057-Z09	10	Repeat accuracy (within 300mm)	±0.05mm
3	X axis effective stroke	4000mm	11	voltage	380V
4	Y axis effective stroke	5700mm	12	total power	19.15-35KW
5	Z axis effective stroke	900mm	13	spindle power	5.5-22.3KW(customizable）
6	B-axis rotation angle	±120°	14	Frequency	50HZ
7	C-axis rotation angle	±540°	15	weight	15T
8	X/Y axis maximum speed	35m/min	16	size	900068004250mm

Dust Collection System

The dust collection system for a 5-axis CNC machining center captures and filters debris, ensuring a clean work environment and maintaining machine precision by efficiently removing generated dust and chips.

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