Applications

Tailift CNC Turret Punch Presses

Versatile Sheet Metal Solutions from Punching and Forming to Tapping and Wheel Processing

Core Value | Multi-Tasking in One Machine

Punching, nibbling contouring, forming, louvering, extruding, embossing, wheel processing, tapping, and marking processes can be integrated into a single CNC production workflow depending on tooling and optional feature configurations.

Why CNC Turret Punch Presses Remain a Vital Core in Sheet Metal Lines

Even with the widespread adoption of laser cutting, turret punch presses have not lost their essential position. For components requiring massive regular holes, dense hole patterns, localized forming, louvers, extrusions, dimples, ribs, or tapping, punch presses utilize tooling to complete material removal and plastic deformation in a single step, minimizing workpiece transfers between different equipment. Particularly in products such as electrical control cabinets, enclosures, HVAC ventilation, machine tool covers, metal furniture, and new energy equipment, parts often simultaneously require "holes + forming + pre-assembly processing"—making this the most efficient application scenario for CNC turret punch presses.

Tailift's CNC punch press lineup spans AC servo-driven, servo-hydraulic, and mechanical turret punch presses. Different series emphasize distinct driving methods, turret capacities, sheet dimensions, processing speeds, and cost structures, allowing tailored configuration based on a factory's primary products and production volume rather than fitting all needs into a single specification.

Technical Positioning & Diverse Applications of Tailift Popular Series

Tailift turret punch press processing sheet metal

ES23 / ES23X: High-Speed Servo Drive for Thin Sheets & Multi-Process Integration

The ES23/ES23X series utilizes AC servo drive and digital control technologies, emphasizing high speed, precision, low noise, and low energy consumption. The ES23 is equipped with a 34-station turret, while the ES23X provides 48 or 57 stations, enabling standard punching, shaped holes, and forming tools to remain permanently installed in the turret to reduce downtime caused by frequent tool changes.

In versatile processing, the ES series supports standard punching and nibbling alongside special forming tools, wheel tools, and tapping systems. Combined with Auto Index stations, rectangular, oblong, or special geometry tools rotate under CNC control, eliminating the need for multiple tool sets for different directions. For electrical control boxes, server cabinets, telecom equipment, and precision machinery sheet metal, this highly flexible tool configuration is particularly advantageous for high-variety, small-batch production.

Suitable Processes: Dense hole patterns, heat dissipation holes, shaped holes, louvers, localized dimples, extrusions, marking, wheel cutting, and optional tapping.
Target Industries: Electrical control boxes, control panels, telecom cabinets, server racks, precision equipment covers, HVAC and ventilation equipment.

ES27 / ES27 PLUS: Balancing Speed, Station Flexibility & Medium Sheet Metal Production

The ES27/ES27 PLUS continues the high-efficiency characteristics of AC servo CNC punch presses while upgrading tool capacity and process flexibility through varied turret configurations. The ES27 PLUS can be configured with multiple station options to balance standard tooling availability with large forming/Auto Index stations.

For job shops handling high product variety with variable batch sizes, retaining round, square, oblong, forming, and specialized tools simultaneously in the turret significantly reduces tool-change and setup frequencies. Paired with CAD/CAM nesting and CNC program management, switching part numbers becomes rapid and seamless for OEM/ODM lines.

ES29 / ES29A, LS29: Designed for Larger Sheet Sizes & Heavy Sheet Metal Parts

The ES29/ES29A and LS29 extend application capabilities to larger sheet formats. When processing expands from standard cabinet parts to large machine covers, power distribution gear, elevator panels, long door panels, or architectural metal components, working envelope and sheet handling stability become critical.

The ES29A turret utilizes a worm gear drive design with Auto Index stations focusing on positioning repeatability and reliability; the LS29 features a large table for oversized sheet metal. These models reduce the need for flipping, repositioning, or split-processing large sheets, delivering superior production efficiency.

MAX1250 / MAX1250X: Multi-Tool Auto Index Enhancing Complex Workpiece Flexibility

The MAX series features multi-tool Auto Index technology. The MAX1250X expands available tools within limited turret positions via Multi-Tools, allowing tool capacity to expand upward—ideal for parts requiring diverse hole diameters, shapes, and angles.

The core value lies in completing more processes in a single clamping sequence and program execution. For complex cabinets and electronics parts, it reduces manual setup risks while offering servo-hydraulic stability for heavy-duty requirements.

HPS1250 / 1250X / 1500 / 2500: Servo-Hydraulic System for High-Speed Stamping & Special Forming

The HPS series uses a servo-hydraulic system to precisely control stroke, speed, and pressure, featuring high speed, low noise, and stable processing. It offers broad process adjustability across special forming, diverse materials, and complex conditions.

When parts feature dimples, louvers, extrusions, or ribbing requiring controlled forming depth, stroke control is vital. The HPS series integrates secondary operations directly into the punch press.

RM11 / RM13, CP1500 / CP2500: Mechanical Turret Punch Presses Focused on Economy & Long-Term Stability

The RM/CP series utilizes classic flywheel and crankshaft mechanisms, featuring a mature, straightforward, and easily maintainable structure. For factories with standard punching, regular hole patterns, fixed part numbers, and strict ROI targets, mechanical turret punch presses offer substantial practical value and long-term reliability.

Moving from "Punching" to "Composite Processing":Available CNC Operations

1. Standard Punching & Dense Hole Patterns:

Highly efficient processing of round, square, oblong, and regular array holes for heat sinks, ventilation panels, and mesh doors.

2. Nibbling & Contour Processing:

Continuous nibbling with standard tools to process larger openings, curves, and irregular contours without dedicated dies.

3. Forming, Louvers, Dimples, Extrusions & Ribs:

Creates 3D structural features directly (e.g., louvers for airflow, dimples for support, extrusions for threading, ribs for stiffness).

4. Wheel Processing & Long-Distance Features:

Utilizes wheel tools for continuous linear/curved cutting, ribbing, and forming, eliminating nibbling marks on long slots.

5. Tapping & Pre-Assembly Processing:

Integrates thread tapping directly after hole punching in the same CNC program, saving manual downstream labor.

6. Marking, Embossing & Identification:

Engraves or stamps part numbers, assembly directions, and alignment marks directly onto sheet metal parts.

Ensuring Stable Composite Processing:Protection, Positioning & Tool Management

Moving Ram & Multi-Station Layout:

Provides flexible switching between tools, backed by overload protection.

Clamp Repositioning Control:

CNC-controlled sheet reclamping maintains high accuracy beyond single-clamp travel limits.

Sheet Warpage Detection:

Detects abnormal sheet distortion during forming to prevent collision with the turret or tools.

Heavy-Duty Clamps & Stripping Detection:

Enhances high-speed clamping rigidity and material handling reliability.

Brush Table, Anti-Scratch Die Holders & Sinking Mechanism:

Prevents scratches on stainless steel, coated, or appearance-critical sheets.

Automatic Tool Lubrication:

Programmable lubrication/cooling reduces tool wear and material galling during high-speed operation.

FANUC CNC & CAD/CAM Integration:

Seamlessly connects nesting, tool paths, and program management for quick setup changes.

Application Scenarios Across Sheet Metal Industries

Industry / Product	Common Sheet Metal Features	Recommended Technology
Control Boxes / Switchboards	Round/square holes, switch openings, louvers, extrusions, tapped holes	Auto Index, Multi-station turret, Forming, Tapping
Server / Telecom Racks	Dense ventilation holes, positioning holes, ribs, aesthetic panels	High-speed punching, Brush table, Forming
HVAC & Ventilation	Louvers, airflow vents, duct connectors, bending locators	Louver forming, Dense punching, Nibbling
Machine Tool Covers	Large openings, operator panel cutouts, door panels, stiffening ribs	Large sheet size, Auto Index, Repositioning
Metal Furniture / Cabinets	Regular hole arrays, shelf holes, stiffeners, marking	High-speed repeat punching, Forming, Marking
Architectural Metal Panels	Mesh patterns, decorative holes, long sheet components	Dense punching, Nibbling, Wheel tools, Large table
New Energy / Energy Storage	Enclosures, battery boxes, cooling vents, assembly holes	Multi-station, Forming, Tapping, CAD/CAM nesting
Vehicle & Transport Parts	Shaped holes, mounting holes, structural reinforcement	Auto Index, High-stability forming

How to Select the Right Tailift CNC Punch Press

Primary Production Type	Selection Priority	Recommended Series	Key Reasons
Thin sheet, high variety, frequent changeovers	Speed, energy saving, station capacity, program switching	ES23 / ES23X, ES27 / ES27 PLUS	AC servo drive + multi-station layout ideal for flexible composite processing.
Medium-large sheets, door panels, machine covers	Processing area, large table, stable repositioning	ES29 / ES29A, LS29	Reduces sheet splitting and secondary repositioning requirements.
Extremely complex hole patterns, frequent tool changes	Tool capacity, Auto Index, Multi-Tools	MAX1250 / MAX1250X	Maximizes single-setup completion for complex parts via Multi-Tools.
Heavy forming processes or high adjustment flexibility	Stroke & pressure control, forming stability	HPS Series, MAX Series	Servo-hydraulic control provides ideal depth control for special forming.
Regular hole patterns, fixed parts, cost-sensitive	Mature design, ease of maintenance, long-term stability	RM / CP Series	Proven mechanical reliability for cost-effective, high-volume production.

Long-Term Reliability as True Productivity: Equipment Value

The return on investment for sheet metal equipment is reflected not only in initial machine speed, but in sustained precision over years of operation. Tailift punch presses feature robust machine beds, mature transmission structures, and easily maintainable components—with field cases running reliably for over 30 years.

For manufacturing enterprises, durability directly reduces total cost of ownership (TCO), prevents unexpected downtime, and preserves accumulated tooling and operational experience.