HEADING MACHINES

High-precision multi-station cold heading presses engineered for maximum stroke accuracy, long tool life, and versatile component production.

Key Technical Advantages

Explore the structural innovations behind CEVA high-speed heading presses.

Aluminum-Bronze Slide Precision

Precision is guaranteed by the dimensions of the lateral and support slides, built in aluminum-bronze, which allow proper tolerances between the sliding surfaces.

Conjugated Cam Transfer System

The movement of the Transfer is realized through conjugated cams studied for smooth movements, especially during the phase of introduction of the pieces in the dies.

Large Head Conformation

The opening of the fingers allows the extraction of the dies without the need to lift the transfer, thus allowing the conformation of large diameter heads.

Low Speed Stainless Steel Forging

Due to its design, even at reduced speeds, the press is able to forge parts with high precision. This is an advantage when forging parts that are difficult to transport or made of stainless steel.

Energy Saving 1/4 Reduction Shaft

1/4 Reduction Flywheel Drive vs Conventional Designs

Another major advantage is that the flywheel is not mounted directly on the crankshaft (as in conventional Chinese designs) but on an independent reduction shaft.

Key Benefit: This 1/4 reduction allows the flywheel 4 full turns to recover energy used during pressing, outperforming designs where the flywheel must recover turn-after-turn.

Custom Cycle Timing

Varying the operational times allows the machine to produce extremely difficult and unique geometry parts that could not be manufactured with ordinary machines.

High Pressure Continuous Lubrication

Continuous lubrication at high pressure (60-80 bar) ensures a constant oil film on moving parts (connecting rod bushing, lateral/vertical slides) to maximize durability and press accuracy.

Flexible Length & Pneumatic Trimming

Minimum length under the head is restricted only by cut-off length. Pneumatic trimming occurs in the final two stations with front or rear extraction shaft pushes based on customer specs.

Dual Gear Motors & Straight Cut-off

Top gear motor regulates wire blank cutting length, while a second gear motor allows fine tool adjustment without running the main motor (significantly reducing energy consumption).

Standardized Commercial Components & Ergonomic Maintenance

Commercial parts are widely utilized across the design, resulting in lower total cost of ownership and fast global availability for spare parts. Maintenance is intuitive and ergonomic: all critical moving assemblies are positioned externally to the main machine frame for easy access.

Technical Models & Capacity Specification Table

Complete technical breakdown across the ST series heading machines.

Scroll horizontally for full data
Model N. dies Φ wire (mm) Ejection max (mm) Φ dies (mm) Φ punches (mm) PKO (mm) PPM (pcs/min) Blank (mm) Tons
ST 040 4 10 75 60 50 25 210 105 95
ST 050 5 10 75 60 50 25 210 105 105
ST 150 5 14 125 70 60 30 160 160 130
ST 160 6 14 125 70 60 30 160 160 130
ST 170 7 14 125 70 60 30 160 160 140
ST 240 4 19 180 100 80 45 110 230 230
ST 240 l 4 19 250 100 80 45 90 300 230
ST 250 5 19 180 100 80 45 110 230 230
ST 250 l 5 19 250 100 80 45 90 300 230
ST 260 6 19 180 100 80 45 110 230 250
ST 260 l 6 19 250 100 80 45 90 300 250
ST 340 4 27 160 140 120 55 120 220 550
ST 340 l 4 27 300 140 120 55 80 360 550
ST 350 5 27 160 140 120 55 120 220 600
ST 350 l 5 27 300 140 120 55 80 360 600
ST 360 6 27 160 140 120 55 120 220 600

Video Demonstrations in Operation

Watch CEVA Heading Machines operating at high-speed production rates.