Servo Tapping Machine

Tapping Machine Assembly (Multi-spindle / Modular)

FUXIN's Multi Spindle Tapping Machine, also referred to as a modular tapping machine assembly, is designed for components containing multiple threaded holes that need to be processed efficiently in mass production.


Instead of tapping each hole sequentially with a single spindle, the machine can be configured with multiple tapping spindles according to the workpiece hole pattern, allowing several hole positions to be processed within the same production cycle.


It is particularly suitable for AI server chassis, computer cases, TV back panels, metal enclosures and other multi-hole stamped components.


For other tapping directions and production requirements, explore FUXIN's servo tapping machine solutions, including vertical, horizontal, multi-spindle and automatic transfer configurations.


Tapping Machine Assembly (Multi-spindle / Modular)


Process Multiple Threaded Holes in One Cycle

Function: Can be configured with multi-spindle heads to simultaneously tap multiple holes in a single cycle. Commonly used for mass production of chassis and frame components.

When a sheet metal component contains many threaded holes, processing each hole individually can increase the overall tapping cycle and become a bottleneck in high-volume production.

A multi spindle tapping machine addresses this problem by arranging multiple tapping positions according to the workpiece hole pattern.

Depending on the product design, multiple spindles can operate within the same production cycle, reducing repeated single-hole processing and making the tapping process more suitable for mass-production parts with fixed or regularly distributed threaded holes.

This configuration is especially useful when:

  • ◆  One component contains multiple threaded holes.

  • ◆  The same hole pattern is produced repeatedly in large quantities.

  • ◆  Single-spindle sequential tapping limits production efficiency.

  • ◆  The manufacturer wants to reduce repeated positioning between holes.

  • ◆  Different product variants require adaptable spindle layouts.


Multi-Spindle Configuration Based on Your Hole Pattern

Customer RequirementHow It Affects the Multi-Spindle Configuration
Number of Threaded HolesHelps determine how many tapping positions need to be arranged within the production process
Hole PositionsDetermines the layout and relative positioning of the tapping spindles
Distance Between HolesAffects the physical arrangement of the multi-spindle tapping head
Thread SpecificationsUsed to evaluate the required tapping process and tooling configuration
Workpiece DimensionsDetermines the available processing area and fixture layout
Workpiece Material & ThicknessImportant for evaluating the tapping process
Production VolumeHelps determine whether simultaneous multi-hole processing is beneficial
Required Production CycleUsed to evaluate the required level of multi-spindle processing
Product VariantsDetermines whether a more modular and adjustable configuration is required
Hole Pattern ChangesInfluences how the spindle module and fixture should be adapted for different products


Independent or Synchronized Spindle Operation

Different multi-hole products may require different spindle control arrangements. Extremely high production efficiency with independent or synchronized drive for each axis, offering great flexibility. The modular design allows for quick adjustments based on the hole pattern of different products.

FUXIN's modular tapping configuration supports independent or synchronized axis control, allowing the machine arrangement to be adapted according to the workpiece and production process.

Spindle ConfigurationSuitable Production Requirement
Synchronized Spindle OperationSuitable when multiple tapping positions need to operate in a coordinated production cycle
Independent Axis ControlProvides greater flexibility when different spindle positions require individual control
Modular Spindle ArrangementSuitable for manufacturers producing parts with different hole layouts or changing product requirements

The appropriate configuration depends on the customer's hole pattern, tapping positions and production requirements rather than using one fixed spindle arrangement for every product.

 

Application Scenarios: Mass production of AI server chassis, computer cases, TV back panels, and other frame or enclosure components with multiple threaded holes.


Servo Tapping Machine Supporting Equipment, Fixtures, and Accessories

·55-inch LED TV Back Panel Tapping Fixture

·42-inch All-in-One TV Back Panel Tapping Fixture 

· Small Size In-Mold Reverse Tapping Machine 

·Back Panel Thread Hole Inspection Machine

·Back Panel Thread Hole Inspection Fixture

·Lower Tapping Mechanism 

·Tapping Machine Gearbox


Functions, Features, and Compatible Models of Servo Tapping Machine Supporting Equipment, Fixtures, and Accessories

No.Product NameCategoryFunctions & FeaturesImage
55-inch LED TV Back Panel Tapping Fixture
Fixtures
*Functions & Features:
A dedicated fixture designed for large-size TV back panels. It can accurately position and secure the workpiece in one go, working with the tapping machine to simultaneously process dozens or even hundreds of threaded holes. Made of high-strength materials to ensure stability and durability during high-speed machining.
*Compatible Models:
Mainly compatible with Vertical Servo Tapping Machines or Multi-spindle Modular Tapping Machines.
Vertical Servo Tapping Machine
42-inch All-in-One TV Back Panel Tapping FixtureFixtures
*Functions & Features:
Custom-designed according to the hole pattern of 42-inch all-in-one TV back panels, enabling quick clamping and precise positioning. The fixture has a compact structure that effectively avoids interference during processing, ensuring the perpendicularity and accuracy of each threaded hole.
*Compatible Models:
Mainly compatible with Vertical Servo Tapping Machines.
Vertical Servo Tapping Machine

Small Size In-Mold Reverse Tapping Machine

Specialized Equipment
*Functions & Features:
A highly automated specialized equipment that can automatically reverse the workpiece inside the mold to achieve continuous tapping on different sides of the workpiece. It requires no manual intervention, greatly improving the processing efficiency and safety of small, complex parts.
*Compatible Models:
Used as an independent specialized machine or integrated into an automated stamping production line.
Vertical Servo Tapping Machine
Back Panel Thread Hole Inspection MachineTesting Equipment*Functions & Features:
Used for quality inspection after the tapping process. It can automatically detect defects such as missing holes, stripped threads, and incorrect hole diameters. Equipped with a visual operation interface, and inspection data is traceable, effectively preventing defective products from proceeding to the next process.
*Compatible Models:
As an independent testing equipment, compatible with all production lines that have completed the tapping process.
Vertical Servo Tapping Machine
Back Panel Thread Hole Inspection FixtureFixtures*Functions & Features:
Used in conjunction with the thread hole inspection machine to precisely position and hold the back panel workpiece to be inspected. The probes or locating pins on the fixture correspond one-to-one with the product holes, ensuring the accuracy and repeatability of the inspection process.
*Compatible Models:
Exclusively for Back Panel Thread Hole Inspection Machines.
Vertical Servo Tapping Machine
Lower Tapping MechanismAccessories*Functions & Features:
An accessory module that performs tapping from underneath the workpiece, solving the problem of bottom or specific-angle threaded holes that cannot be processed by traditional top-tapping methods. It has a compact structure and can be flexibly integrated into various types of automated equipment or fixtures.
*Compatible Models:
As a core accessory, compatible with Horizontal Servo Tapping Machines or customized automated production lines.
Vertical Servo Tapping Machine
Tapping Machine GearboxAccessories
*Functions & Features:
The core transmission component of the tapping machine, responsible for accurately transmitting the power from the servo motor to the spindle. It uses high-precision gears and high-quality lubricating oil to ensure smooth transmission, low noise, and long service life, which is a key guarantee for achieving high-precision tapping.
*Compatible Models:
As a core accessory, compatible with all models of Servo Tapping Machines.
Vertical Servo Tapping Machine

All above products are our core products and can be customized according to customer requirements.


FAQ About Multi Spindle Tapping Machines

How many holes can a multi spindle tapping machine process at one time?

The spindle quantity is not fixed for every application. It should be determined according to the number of threaded holes, hole positions, available spacing and overall workpiece design.

FUXIN evaluates the customer's drawing before recommending the appropriate spindle configuration.

How is the spindle layout determined?

The spindle arrangement is primarily based on the workpiece hole pattern, including the number of holes, relative positions and spacing between tapping locations.

Fixture design and available processing space must also be considered.

Can the spindle arrangement be customized for my product?

Yes. FUXIN uses a modular tapping configuration that can be developed according to different product hole patterns and production requirements.

What is the advantage of multi-spindle tapping compared with single-spindle tapping?

For components containing many threaded holes, single-spindle equipment normally processes the holes sequentially.

A multi-spindle configuration allows several tapping positions to be processed within the same cycle, making it more suitable for high-volume multi-hole production.

What types of parts are suitable for multi-spindle tapping?

Typical applications include AI server chassis, computer cases, TV back panels, metal enclosures and other frame or panel components containing multiple threaded holes.

What should I provide before requesting a quotation?

The most useful information is the workpiece drawing, material, dimensions, thread specifications, number and position of threaded holes, production volume and target cycle requirement.

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