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Dual Spindle CNC Lathe

Dual Spindle CNC Lathe

The Dual Spindle CNC Lathe is engineered for high-volume precision turning where cycle time reduction, process integration, and production stability are required. The machine enables sequential or parallel machining on two independent spindles, reducing part handling time and improving production efficiency in batch manufacturing environments by eliminating secondary operations.
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Description

Technical Parameters

 

Overview


The Dual Spindle CNC Lathe is engineered for high-volume precision turning where cycle time reduction, process integration, and production stability are required. The machine enables sequential or parallel machining on two independent spindles, reducing part handling time and improving production efficiency in batch manufacturing environments by eliminating secondary operations.

 

Typical Applications: Complex automotive transmission parts, multi-port hydraulic fittings, precision stepped shafts, and medical-grade titanium hardware.

 

product-1000-845

 

 

Product Highlights


Automatic part transfer between the main and sub-spindle completes front and back machining in a single cycle, eliminating secondary operations and reducing overall cycle times by up to 40%.

 

The heavily ribbed HT300 cast iron bed absorbs cutting vibration to help maintain tight tolerances during 24/7 continuous, heavy-duty operations.

 

Integrated Fanuc or Siemens controllers (options available) with Y-axis live tooling support turning, milling, and drilling on a single machine.

 

Industrial-grade P4-precision angular contact bearings and heavy-duty linear guideways keep spindle radial runout within ≤0.002 mm, ensuring exceptional long-term positioning and repeatability.

 

 

Typical Applications & Workpiece Materials


This versatile turn-mill center is widely adopted across high-precision industries for machining complex symmetrical and asymmetrical parts:


Target Industries: Automotive transmission components, hydraulic fittings & valves, precision shafts, medical equipment parts, and heavy-duty metal hardware.

 

Compatible Materials: Carbon Steel, Stainless Steel (304/316), Alloy Steel (4140/8620), Aluminum Alloys, Brass, Copper, and Titanium Alloys.

 

 

Assembly & Inspection Standards


Each machine is inspected using industrial machine tool testing methods, ensuring machining accuracy and repeatability before delivery:


ISO 230-2 Geometric Accuracy Testing: Verifies the absolute mechanical alignment and straightness of all moving axes.

 

Laser Interferometer Measurement: Utilizes Renishaw laser systems to calibrate pitch error and linear positioning accuracy down to the micron.

 

Ballbar Circular Interpolation Test: Evaluates dynamic geometric contouring performance and multi-axis synchronization.

 

 

Factory Capacity, Compliance & Global Trust


Certifications: Fully compliant with ISO9001:2015 quality management and CE standards for seamless import and customs clearance.

 

Wholesale Supply: Backed by Dike CNC's 3 modern assembly lines, ensuring a stable monthly output and consistent lead times for our global network of regional distributors.

 

Distributor & OEM Support: We routinely support regional machinery dealers with customized corporate branding (OEM), localized voltage configurations, and priority technical authorization.

 

 

FAQ

 

Q: What is your typical lead time for wholesale orders?

A: Standard configurations ship within 30 to 45 days, while customized voltages or tooling layouts generally require 45 to 60 days.

Q: How do you handle international technical support and spare parts?

A: Dike CNC provides video troubleshooting within 12 hours and ships factory-specific spares via DHL/FedEx within 3 to 5 business days, while core components are easily sourced locally.

Q: Can voltage and CNC systems be customized for our market?

A: Yes, we routinely configure the machinery to match your local voltage (220V/380V/440V) and pre-install Fanuc or Siemens systems based on operator preference.

Q: How is the machine protected and verified before ocean freight?

A: Accuracy is calibrated via Renishaw laser systems, followed by a 24-hour continuous dry-run test under load. The unit is then vacuum-sealed in anti-rust packaging inside seaworthy, fumigated wooden crates.

Q: How does the dual-spindle alignment hold up over time during heavy-duty cutting?

A: The alignment between the main and sub-spindle is structurally supported by the HT300 monoblock cast iron bed. Additionally, we use localized induction-hardened guideways. If a minor displacement occurs after years of operation, the misalignment can be calibrated within minutes using the Fanuc/Siemens offset parameters without mechanical teardown.

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