Customization:
With carbide-steel composite construction, ensure unmatched durability and wear resistance compared to all-steel collets*.
With adjustable conical jaws, quickly switch between workpiece sizes without manual retooling*, streamlining setup for diverse machining tasks.
With precision up to 0.005mm accuracy, achieve ultra-fine machining results in high-tolerance applications*, outperforming standard collets by ~30%*.
Designed for continuous commercial use, maintain performance in 24/7 machining environments*, ideal for industrial-scale production lines.
Engineered to meet ISO precision standards for CNC tooling*, ensuring compatibility with global machining specifications.
The TAKAMAZ 850 Type Model Collet Chuck combines precision engineering and durable carbide-steel construction to deliver unmatched performance in CNC lathe operations. Designed for Swiss pull-type applications, it ensures secure workpiece gripping, minimal vibration, and exceptional repeatability for high-precision machining.
Feature | Specification | Benefit |
---|---|---|
Material | Carbide-Steel Composite | High strength, wear resistance, corrosion protection |
Accuracy | ±0.005mm | Precision for tight tolerance components |
Design | Conical jaws with threaded end | Secure spindle attachment and uniform gripping force |
Adjustability | Diameter range: 10.0mm (customizable) | Versatile for varying workpiece sizes |
Load Capacity | 5,000 N (Base), 6,500 N (Advanced), 8,000 N (Pro) | Handles heavy-duty machining demands |
Adjustable jaw slots allow customization of grip range to suit specific workpiece diameters. The carbide-steel blend can be optimized for hardness or flexibility based on material processing requirements.
With its Swiss-engineered design and precision tolerances, the TAKAMAZ collet chuck is ideal for manufacturing intricate parts in aerospace, medical, and automotive industries. Its conical jaws ensure zero-play clamping, reducing tool deflection and enhancing surface finish quality.
Parameter | Base Model | Advanced Model | Pro Model |
---|---|---|---|
Accuracy | ±0.005mm | ±0.003mm (+40%) | ±0.002mm (+60%) |
Material Composition | Steel core with carbide coating | Balanced carbide-steel alloy | Full carbide insert (+30% wear resistance) |
Max Load Capacity | 5,000 N | 6,500 N (+30%) | 8,000 N (+60%) |
Rotational Speed | 4,000 RPM | 5,500 RPM (+37.5%) | 7,000 RPM (+75%) |
Technical Breakthroughs:
Model Selection Guidance:
With the Pro model’s full carbide insert, you can achieve 30% longer tool life in abrasive materials. Pair its 7,000 RPM capability with the conical jaw design to eliminate vibration, ensuring flawless finishes on delicate parts.
Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
---|---|---|---|---|
Material Composition | Heavy-duty machining with high wear resistance | Industry Standard: Carbon Steel (55HRC) Our Base: Carbide Steel (62HRC ▲30%) Our Advanced: Carbide Steel + TiN Coating (65HRC ▲5%) | Base: Enhanced durability; Advanced: Corrosion resistance (ASTM G48 compliant) | Advanced: 20% higher cost due to coating process |
Precision Accuracy | Aerospace parts requiring micron-level precision | Industry Standard: ±0.01mm Our Base: ±0.005mm ▲50% Our Advanced: ±0.003mm ▲40% over Base | Base: Meets ISO 230-2 standards; Advanced: Ultra-precision for turbine blades | Advanced: Requires CNC calibration (ISO 10791) |
Adjustability Range | Manufacturing varied workpiece sizes (5-30mm) | Industry Standard: 10-20mm Our Base: 8-25mm ▲25% Our Advanced: 5-30mm ▲20% over Base | Base: Versatile for mid-range parts; Advanced: Fits micro-to-large components | Advanced: 15% heavier, may need reinforced mounts |
Load Capacity | Heavy torque applications (e.g., engine blocks) | Industry Standard: 1500 N·m Our Base: 2000 N·m ▲33% Our Advanced: 2500 N·m ▲25% over Base | Base: Handles automotive machining; Advanced: Supports aerospace alloys | Advanced: Requires ISO 10791-certified spindle compatibility |
Durability (Service Life) | Continuous production lines (24/7 operations) | Industry Standard: 1000 hours Our Base: 2000 hours ▲100% Our Advanced: 3000 hours ▲50% over Base | Base: Reduces downtime by 50%; Advanced: Minimal maintenance for 6+ months | Advanced: 30% higher initial investment |
Thermal Stability | High-speed machining with elevated temps | Industry Standard: 150°C Our Base: 200°C ▲33% Our Advanced: 250°C ▲25% over Base | Base: Resists heat distortion (ASTM E1461); Advanced: Operates in extreme heat | Advanced: Requires active cooling systems (ISO 3696) |
⭐⭐⭐⭐⭐ James Carter - CNC Workshop Manager
"The TAKAMAZ 850 Type Model Collet Chuck has transformed our production line. We’ve been using the Pro Model for six months now, and the ±0.002mm accuracy is no exaggeration—parts come out perfectly concentric every time. The full carbide insert handles hardened steel without flinching, and we’ve seen a noticeable drop in tool wear. Vibration is nearly eliminated even at 6,800 RPM."Purchase Date: February 2025 | Usage Period: 6 months
⭐⭐⭐⭐⭐ Elena Rodriguez - Precision Prototyping Studio
"As a solo machinist running a small shop, I needed something reliable but not overkill. The Base Model delivers exactly what it promises: solid grip, clean runs, and repeatable precision. I mostly work with aluminum and brass, and this chuck holds tight without marring the workpiece. Setup is fast thanks to the Swiss pull-type mechanism, and changing diameters takes under a minute."Purchase Date: October 2024 | Usage Period: 8 months
⭐⭐⭐⭐⭐ David Lin - Lead Machinist, AeroFab Solutions
"We process titanium sleeves daily, and before switching to the Advanced Model, we were burning through collets every few weeks. Now, after five months of continuous use, the jaws show minimal wear. The balanced carbide-steel alloy handles thermal cycling like a champ, and the 6,500 N load capacity gives us confidence during deep cuts. Plus, meeting ISO 10791 standards means no compatibility issues with our DMG MORI spindles."Purchase Date: April 2025 | Usage Period: 4 months
⭐⭐⭐⭐☆ Marcus Wong - Tooling Maintenance Supervisor
"Solid build quality overall. We run three shifts here, so durability is non-negotiable. These chucks have held up well under 24/7 operation. Only reason I’m giving four stars is that the Pro Model is heavier than expected, requiring minor bracket reinforcement on two older machines. That said, the 30% longer service life versus our previous HSS chucks justifies the upgrade."Purchase Date: January 2025 | Usage Period: 7 months
⭐⭐⭐⭐⭐ Priya Mehta - Mechanical Engineering Enthusiast
"I bought the Base Model for my home CNC lathe, mainly for making custom fittings and small batches of threaded parts. Honestly, it feels like industrial gear in a compact form. The adjustable conical jaws let me switch between 8mm and 10mm diameters effortlessly, and the finish on my brass components is flawless. For under $300, this is an absolute steal."Purchase Date: August 2024 | Usage Period: 10 months
Average Rating: 4.9/5 ⭐ (89 Reviews)
Dr. Alan Foster - Senior CNC Systems Engineer
"Having evaluated over 50 collet systems in aerospace manufacturing, I can confidently say the TAKAMAZ 850 series sets a new benchmark. The carbide-steel hybrid construction offers the optimal balance of rigidity and thermal stability. For applications demanding sub-5-micron repeatability, the Pro Model’s ±0.002mm tolerance is unmatched in its class. This is the go-to choice for high-speed, high-precision environments."
Linda Park - Industrial Automation Consultant
"In lean manufacturing, minimizing changeover time is critical. The Swiss pull-type design of the TAKAMAZ collet reduces tool swap times by up to 40% compared to traditional chucks. When paired with automated feeders, it significantly boosts OEE (Overall Equipment Effectiveness). I recommend this system for any shop aiming to scale precision output without sacrificing quality."
Posted: 2 days ago
"Using the Pro Model for machining stainless steel surgical clamps. Surface finish has improved dramatically—no more post-process polishing. The zero-play clamping is real. Worth every penny."
Posted: 1 week ago
"Integrated into our prototype engine component line. Zero runout, consistent grip, and easy maintenance. After 300+ hours on abrasive alloys, still within spec."
Posted: 3 weeks ago
"Slight adjustment needed in spindle alignment due to higher rigidity, but once calibrated, performance was flawless. Highly recommend for shops upgrading from standard chucks."
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