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2102231624 - Δωρεάν μεταφορικά άνω 80€ (με ΦΠΑ) - Τιμές χωρίς ΦΠΑ
2102231624 - Δωρεάν μεταφορικά άνω 80€ (με ΦΠΑ)
Collets

Availability & price

21 codes

Code Collet Nominal Diameter (mm) Availability excl. VATincl. VAT Cart
KE-490RD-030 KPS 10 3
€54,10
€67,08
0
KE-490RD-040 KPS 10 4
€54,10
€67,08
0
KE-490RD-050 KPS 10 5
€54,10
€67,08
0
KE-490RD-060 KPS 10 6
€54,10
€67,08
0
KE-490RD-070 KPS 10 7
€54,10
€67,08
0
KE-490RD-080 KPS 10 8
€54,10
€67,08
0
KE-490RD-090 KPS 10 9
€54,10
€67,08
0
KE-490RD-100 KPS 10 10
€54,10
€67,08
0
KE-496RD-040 KPS 16 4
€57,10
€70,80
0
KE-496RD-050 KPS 16 5
€57,10
€70,80
0
KE-496RD-060 KPS 16 6
€57,10
€70,80
0
KE-496RD-070 KPS 16 7
€57,10
€70,80
0
KE-496RD-080 KPS 16 8
€57,10
€70,80
0
KE-496RD-090 KPS 16 9
€57,10
€70,80
0
KE-496RD-100 KPS 16 10
€57,10
€70,80
0
KE-496RD-110 KPS 16 11
€57,10
€70,80
0
KE-496RD-120 KPS 16 12
€57,10
€70,80
0
KE-496RD-130 KPS 16 13
€57,10
€70,80
0
KE-496RD-140 KPS 16 14
€57,10
€70,80
0
KE-496RD-150 KPS 16 15
€57,10
€70,80
0
KE-496RD-160 KPS 16 16
€57,10
€70,80
0

Specifications

  • Manufacturer: Kemmler
  • Type: Sealed precision collet
  • System: KPS
  • Max TSC (through-spindle coolant) pressure: up to 100 bar
  • Max runout: ≤ 5 µm
  • Application: clamping straight-shank tools in KPS-system collet chucks
  • Use: HSC (high speed cutting) and high-precision milling
  • Note: only the nominal size DCONWS can be clamped

Description

Kemmler sealed precision collet for KPS toolholding systems, designed for through-spindle coolant (TSC) up to 100 bar. It is used to clamp straight-shank cutting tools in KPS collet chucks, providing low runout for high-speed cutting (HSC) and high-precision milling operations.

Kemmler

Official distributor

Kemmler

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Collets

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Collets

From our Wiki

Collets

The collets (collets) are high-precision components used to hold tools or workpieces in machine tools. They function as an external ring that applies uniform clamping force around the object, ensuring excellent stability and minimizing radial deviation (run-out) during rotation.

  • Types: The most common are ER (for milling machines), 5C (for lathes) and R8, each designed for specific applications and shank sizes.
  • Advantages: They offer faster tool changes, better load distribution, and higher accuracy compared to common three-jaw chucks.
  • Applications: Essential in CNC, watchmaking, medical component manufacturing, and any machining operation that requires high speeds and fine detail.
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