High-Speed Gear Feeder for 600 SPM Motor Lamination Stamping
The GCF high-speed gear feeder is a press-synchronized mechanical feeder for fixed-pitch, high-volume stamping of motor stators, rotors, EI laminations, precision terminals, and compact hardware parts. It is built for buyers who need repeatable strip feeding at up to 600 SPM with clear model data, machine photos, and line selection details.
150-400 mm strip width
0.1-1.0 mm material thickness
Up to 600 SPM
Feed accuracy ±0.02 mm
For US and export buyers comparing high speed feeders, servo feeders, roller feeders, or cam drive feeders, the key question is whether the job is a stable fixed-pitch stamping process. If the pitch changes frequently or the material range is wider, compare with an NC servo feeder or a complete high-speed lamination stamping line before final selection.
Mechanical feeding for fixed-pitch high-speed stamping
A gear feeder is selected when the press line needs stable, repeatable feed timing rather than frequent electronic recipe changes. The feeder links mechanically with the high-speed press and advances strip material in a fixed, controlled cycle.
This makes the GCF series especially suitable for thin strip production where cumulative pitch error, feeding lag, and material slip can damage dies or waste silicon steel, copper strip, or cold-rolled steel. Typical lines use a decoiler, S-type or U-type leveler, the GCF gear feeder, and a high-speed press with progressive tooling.
When to choose a gear feeder instead of servo, roller, or air feeding
Different feeder types solve different stamping problems. Use the GCF series when the press line has a stable pitch, a long production run, and a high-speed mechanical timing requirement.
Choose GCF gear feeder Recommended here
Use the GCF series when the production run is high-volume, the feed pitch is stable, and the buyer wants mechanical synchronization with the high-speed press.
- Motor stator, rotor, EI/UI lamination, terminal, or compact precision hardware stamping.
- Thin strip feeding where repeatability and timing stability matter more than frequent recipe changes.
- Short-pitch, high-speed press work where the tooling and line setup are already defined.
Compare other Henli feeder types
If the job needs frequent pitch changes, a different feed mechanism, or a lower-cost compact setup, compare the matched Henli feeder type before quoting.
- For frequent feed-length changes, compare an NC servo feeder.
- For press-shaft fixed-pitch roller feeding, compare the high-speed roller feeder.
- For low-cost compact press feeding, compare the pneumatic air feeder.
- For complete motor lamination automation, compare the high-speed double servo feeder or full lamination line.
Quick-swap gear architecture keeps feed pitch repeatable
The GCF gear feeder uses a precision gear system for feed pitch setting. In the machine guide image, N1 and N4 are fixed transmission gears, while N2 and N3 are the interchangeable quick-change gears used to match the required pitch.
Before quotation, Henli confirms the die pitch, feed length, strip condition, and press speed, then matches the gear pair for the requested production setup.
Start from actual product pitch, strip data, and press timing.
N2 and N3 are matched to the requested feed length.
Mechanical timing keeps feed motion aligned with the press cycle.
Commissioning checks strip path, release timing, and production stability.
Accessory layout and line data decide the final feeder configuration
A high-speed gear feeder does not work alone. The quote should confirm the coil source, strip path, leveling method, loop control, press model, die structure, feed pitch, and line speed.
The accessory and complementary part layout helps confirm how the feeder will connect with decoiling, leveling, loop control, die release timing, and the high-speed press.
- Coil data: material, width, thickness, coil I.D./O.D., coil weight, and surface requirement.
- Line data: decoiler type, leveler type, loop space, press SPM, die pitch, and feed angle requirement.
- Production data: target output, changeover frequency, inspection method, and available floor space.
Built for repeatable high-speed feeding
The GCF design focuses on timing stability, strip control, mechanical service life, and practical setup work in continuous high-speed stamping production.
High-speed synchronous feeding
Press-linked mechanical motion helps the feeder keep timing stable during high-speed progressive stamping runs.
Mechanical linkage repeatability
The feed cycle is tied to the press movement, reducing the lag risk common in mismatched high-speed setups.
Anti-slip dual drive design
The feeder is built for stable strip advance in thin material applications where pitch error can waste parts.
No routine thickness reset
The feeder structure supports faster operation after line setup because routine material thickness adjustment is not required.
Quick release structure
Useful for line setup, inspection, and maintenance where operators need safe access to the feeding path.
Oil-bath lubrication
Lubrication supports long service life in continuous high-speed mechanical transmission work.
Key components for high-speed mechanical feeding
Key drive, bearing, gear, belt, and support components are shown with the function they serve in high-speed mechanical feeding.
Drive timing and feed-pitch repeatability
The cam indexer and gear sets are the mechanical timing core. They support fixed-pitch, high-speed feeding where repeatable motion matters more than frequent electronic recipe changes.
Taiwan Tantz cam indexerCore timing component for mechanical indexing.
Precision ground feeding gearsSupports repeatable feed length in fixed-pitch work.
Carburized and ground gear setSupports wear resistance and transmission precision.
Bearing and transmission support
Bearings and belt-drive components support compact high-speed mechanical motion during continuous production.
German FAG bearingsDrive bearings for transmission stability.
Japanese IKO bearingsNeedle roller support for compact high-speed motion.
KAIOU synchronous timing beltShows the belt drive and transmission layout.
Rigid base and installation support
The frame and bracket support stable installation beside the press and help keep the feeder aligned during continuous operation.
Cast iron base partsSupport components for the feeder body.
Heavy-duty bracketMechanical support near the stamping press.
GCF high-speed gear feeder model table
Metric values are used for model selection and quotation. Imperial values are rounded reference conversions for US buyers.
| Parameters / Model | GCF-150 | GCF-200 | GCF-250 | GCF-300 | GCF-400 |
|---|---|---|---|---|---|
| Max. Material Width | 150 mm5.9 in | 200 mm7.9 in | 250 mm9.8 in | 300 mm11.8 in | 400 mm15.7 in |
| Material Thickness * | 0.1-1.0 mm0.004-0.039 in | 0.1-1.0 mm0.004-0.039 in | 0.1-1.0 mm0.004-0.039 in | 0.1-1.0 mm0.004-0.039 in | 0.1-1.0 mm0.004-0.039 in |
| Index No. (Divisions) | 4-12 | 4-12 | 4-12 | 4-12 | 4-12 |
| Feeding Pitch / Length | 7.0-550 mm0.28-21.65 in | 7.0-550 mm0.28-21.65 in | 15-250 mm0.59-9.84 in | 7.0-550 mm0.28-21.65 in | 7.0-550 mm0.28-21.65 in |
| Max. Feeding Speed * | 600 SPM | 600 SPM | 600 SPM | 600 SPM | 600 SPM |
| Feeding Accuracy | ±0.02 mm±0.0008 in | ±0.02 mm±0.0008 in | ±0.02 mm±0.0008 in | ±0.02 mm±0.0008 in | ±0.02 mm±0.0008 in |
| Feeding Angle | 180° | 180° | 180° | 180° | 180° |
* Final feeding speed, stable pitch range, and material performance depend on press stroke, die structure, strip condition, gear selection, line layout, and commissioning. Feed length customization and relaxation angle requirements should be confirmed during quotation.
Why the 6-division cam indexer is recommended for high-speed work
For ultra-high-speed stamping of EI laminations, micro-motor rotors, and precision terminals, Henli may recommend a 6-division cam indexer, such as Model 80#-6, after checking press speed, feed pitch, and strip condition.
The precision cam indexer is the timing heart of the gear feeder. A suitable division choice helps balance feeding stability, service life, smooth mechanical indexing, and production repeatability. Henli should confirm the division, press speed, feed pitch, and strip condition before quoting, especially for 500-600 SPM lamination or terminal work.
High-speed gear feeder applications in precision stamping
The GCF series is used where thin strip material, short feed pitch, and high-speed press timing must stay stable across long production runs.
Motor stator and rotor
Continuous high-speed stamping of stator, rotor, and micro-motor lamination parts.
EI laminations
High-volume feeding of silicon steel, electrical steel, and selected cold-rolled steel strips.
Lighting parts
Ballast laminations and precision hardware parts that need stable high-speed feeding.
Daily hardware
End caps and compact hardware parts with stable 350-400 SPM production examples by suitable line setup.
Send line data before selecting the final GCF model
A gear feeder quote should be based on the actual strip, die, press, and line layout. This avoids selecting a feeder only by the model name or by SPM alone.
Information Henli should confirm
- Material type and surface requirement
- Strip width and thickness
- Feed pitch and tolerance target
- Press brand, tonnage, stroke, and SPM
- Die type and release timing
- Decoiler, leveler, and loop layout
- Coil I.D., O.D., and coil weight
- Production target and changeover frequency
Continue With the Correct GCF Gear Feeder Page
Start with installation and fixed-pitch selection, then use the application or complete-line page that matches the actual press, strip, die, pitch, and acceptance requirement.
Selection guideMotor stator and rotor stampingWhy a stable fixed pitch and compatible press interface may support GCF gear feeding.
Complete lineEI/UI transformer laminationsDouble-head decoiling, U-type leveling, GCF feeding, press, and downstream line context.
Production lineCone-motor lamination lineGear-feeder line layout with a conditional, model-backed SPM boundary.
Electronics applicationUSB-C connector stampingFixed-pitch gear feeding, strip, die, release, and validation requirements.
Terminal applicationConnector terminal stampingMechanical gear feeding for a named terminal-strip application.
Medical applicationSurgical forceps componentsGear-feeder boundaries without unsupported medical-grade or tolerance guarantees.
Architecture boundaryGear, RFS, or NC servo?Compare stable fixed-pitch mechanical feeding with programmable servo requirements.
High-speed gear feeder FAQ
Common questions before selecting a GCF high-speed gear feeder for a press feeding line.
