Spring Center Chuck (Industry Standard) | Precision machining, forging operations | - Material: Durable steel (ASTM A36) - Grip Force: 1200 N (ISO 517) - Adjustment Time: 30 sec (ISO 10791) | Reliable grip, cost-effective. Uniform force for consistent results. | Slow adjustment (▲16.7% slower than Our Base). Limited customization. |
Quick Jaw Chuck (Industry Standard) | High-volume production, frequent changes | - Material: High-strength alloy (ASTM A36) - Adjustment Speed: 15 sec (ISO 10791) - Jaw Configuration: 4-jaw (EN 298) | Rapid setup, versatile for varying workpiece sizes. | Higher cost. Less precision (▲10% lower accuracy than Self-Centering). |
Independent Jaw Chuck (Industry Standard) | Custom/irregular shapes machining | - Custom Jaw Compatibility: 5+ profiles (ASME B103.1) - Jaw Travel: ±5mm (ISO 230-2) | Handles odd shapes. Flexible for specialized parts. | Complex setup (▲30% longer than Quick Jaw). Slower operation. |
Self-Centering Chuck (Industry Standard) | High-precision aerospace/aero components | - Auto-Centering Accuracy: ±0.01mm (ISO 230-2) - Material: Stainless steel (ASTM A276) | Exceptional alignment precision. Reduces human error. | Fragile mechanism. Premium price (▲50% costlier than Spring Center). |
Our Base Model (Spring Center-Based) | General machining, forging parts | - Material: High-carbon steel (ASTM A36) ▲ (10% stronger than Industry Standard) - Grip Force: 1300 N (▲8.3% from Industry Standard) - Adjustment Time: 25 sec (▲16.7% faster) | Enhanced durability. Cost-effective upgrade. Improved grip force. | Moderate adjustment speed (▲60% slower than Our Advanced). |
Our Advanced Model (Quick Jaw-Based) | High-volume die casting, frequent changes | - Material: High-strength alloy (ASTM A36) ▲ (same as Industry Standard) - Adjustment Speed: 10 sec (▲33% faster than Industry Standard) - Jaw Configuration: 6-jaw system (▲50% more jaws than EN 298) | Ultra-fast setup (▲60% faster than Our Base). Handles 6 jaw positions for extreme versatility. | Premium cost. Requires training for optimal use. |