AUTOMATIC CNC HOLE DEBURRING

UBURR® CNC Hole Deburring Tool for Front & Back Edges

Deburr both sides of a drilled through-hole in one machining cycle. UBURR combines a spring-controlled replaceable blade with the NOGA MT DURASHIELD tool-holder for fast, repeatable front-and-back hole deburring.

FIND YOUR UBURR HOLDER SELECT A BLADE TECHNICAL CENTER

Standard nominal holder series Ø2.5–Ø25.0 mm, covering pilot-hole ranges from Ø2.5 up to Ø25.5 mm.

Front + BackBoth hole edges deburred without turning the workpiece.

Ø2.5–25.5 mmPilot-hole coverage across the standard holder series.

3 Blade SizesSize 2.5, Size 3 and Size 5.

HSS + CarbideUncoated, TiAlN and AlTiN blade options.

One-Cycle DeburringFront and rear hole edges are finished in one automatic tool path.

No Blade AdjustmentSpring-controlled blade movement simplifies setup and improves repeatability.

Bore-Protecting GeometryThe blade is shaped to retract through the pilot hole while minimizing contact with the bore.

CNC or Portable UseDesigned for CNC machining and can also be used with suitable electric rotary equipment.

WHAT IS UBURR?

Automatic Front-and-Back Deburring for Drilled Through-Holes

UBURR is a CNC hole deburring tool designed to remove burrs from both the front and back edges of a drilled through-hole. The spring-loaded cutting blade retracts while passing through the pilot hole and extends again after exit, allowing the return stroke to deburr the rear edge. This eliminates the need to flip the workpiece or use a second deburring setup.

OperationFront + back hole-edge deburring

Standard CoverageØ2.5–Ø25.5 mm pilot holes

Blade MaterialsHSS / Solid Carbide

Cutting-Edge GeometryPL / ML / special HL

ONE TOOL · TWO EDGES

How the UBURR Deburring Cycle Works

The spring mechanism automatically controls blade extension and retraction during the cycle.

UBURR deburring the front edge of a drilled hole

Deburr the Front Edge

The extended blade engages the front hole edge and removes the burr during entry.

UBURR blade retracting through the pilot hole

Blade Retracts Through the Bore

Feed pressure overcomes the spring force and retracts the blade while it passes through the pilot hole.

UBURR deburring the back edge of a drilled hole

Deburr the Back Edge

After exiting the bore, the spring extends the blade again so the return stroke finishes the rear edge.

UBURR® IN ACTION

See UBURR in Action

Use the videos below to see the UBURR mechanism and machining concept in real applications. YouTube videos autoplay muted and loop continuously.

Instagram Reel

UBURR in Action — Front & Back Deburring

See UBURR operating on a real machined component and demonstrating the automatic two-sided deburring concept.

OPEN ON INSTAGRAM

YouTube Video

UBURR Demonstration Video

Watch a UBURR machining demonstration on YouTube to see the deburring concept and the tool family in practical use.

OPEN ON YOUTUBE

YouTube Short

UBURR Short Demo

Short-form UBURR video preview for quick viewing of the tool in action and the deburring concept.

OPEN SHORT ↗

YouTube Video

UBURR Machining Demo

Additional UBURR machining demonstration showing the tool and automatic deburring process in action.

OPEN ON YOUTUBE

YouTube videos autoplay muted and loop continuously. Instagram playback remains platform-controlled.

UBURR BLADE CUTTING-EDGE GEOMETRY

Choose the Right UBURR Blade Geometry

UBURR combines a unique spherical cutting-edge surface with different cutting-land geometries. Select the land geometry according to material group, edge strength requirement and application severity.

SPHERICAL CUTTING-EDGE SURFACE UBURR blade spherical cutting-edge surface drawing

The rounded cutting-edge surface is engineered to allow the blade to retract through the pilot hole while minimizing marking of the internal bore surface.

UBURR PL Positive Land cutting-edge geometry

PL

RECOMMENDED START

Positive Land · General Purpose

Positive cutting land for broad, general-purpose UBURR applications. This is the preferred starting geometry when no special edge-strength requirement exists.

ISO PISO MISO KISO NISO SCOMPOSITES

UBURR ML Moderate Land cutting-edge geometry

ML

STRONGER EDGE

Moderate Land · Demanding Applications

Moderate cutting land with a stronger cutting edge for more demanding conditions and materials where added edge support is beneficial.

ISO PISO MISO KISO SISO H

HL

SPECIAL

High Land · Hardened-Material Option

Special high-land geometry intended for selected hardened-material applications. HL is not part of the standard blade table shown below.

ISO HCONTACT NOGA

Selection note: Cutting-edge geometry is only one part of the blade choice. Pilot diameter determines blade size first; then select HSS or carbide, coating and PL/ML geometry according to the material and process demand.

INTERACTIVE UBURR BLADE SELECTION

Select the Correct UBURR Blade

Use the full UBURR blade selector below. Enter the pilot-hole diameter to show the compatible blade size, then search or filter by blade material, coating and cutting-edge geometry. The selector preserves the current blade SKUs, designations and descriptions supplied in the blade table.

Recommended starting geometry: PL Use PL for most general-purpose applications. Move to ML when a stronger cutting edge is preferred. HL is a special high-land geometry for selected hardened-material applications — contact NOGA for availability.

Blade Finder

Enter the pilot-hole diameter to identify the compatible blade size, or search and filter the complete blade range by material, coating and cutting-edge geometry.

Pilot Hole Diameter (mm)

Ø2.5–<3.0 = size 2.5 • Ø3.0–<5.0 = size 3 • Ø5.0+ = size 5

Search Blade

Example: UB2032, TiAlN, carbide, PL...

15 of 15 blades

BLADE SIZE

2.5

Ø2.5 (0.098") ≤ d < Ø3.0 (0.118")

Blade SKU	Designation	Blade Material	Coating / Chip-former	Description
NEWUB2020⁽¹⁾	UB-TSB-2.5-PL	HSS	Uncoated PL geometry	HSS Blade size 2.5 without coating and PL (Positive Land) cutting-edge geometry
NEWUB2021⁽¹⁾	UB-TSB-2.5-PL-NCW	HSS	AlTiN PL geometry	HSS blade size 2.5 with AlTiN coating and PL (Positive Land) cutting-edge geometry
NEWUB2022⁽¹⁾	UB-TSB-2.5-PL-NCT	HSS	TiAlN PL geometry	HSS Blade size 2.5 with TiAlN coating and PL (Positive Land) cutting-edge geometry

BLADE SIZE

3

Ø3.0 (0.118") ≤ d < Ø5.0 (0.197")

Blade SKU	Designation	Blade Material	Coating / Chip-former	Description
UB2030	UB-TSB-3-PL	HSS	Uncoated PL geometry	HSS blade size 3 without coating and PL (Positive Land) cutting-edge geometry
NEWUB2031	UB-TSB-3-PL-NCW	HSS	AlTiN PL geometry	HSS blade size 3 with AlTiN coating and PL (Positive Land) cutting-edge geometry
UB2032	UB-TSB-3-PL-NCT	HSS	TiAlN PL geometry	HSS blade size 3 with TiAlN coating and PL (Positive Land) cutting-edge geometry
NEWUB2034	UB-TSB-3-ML-NCT	HSS	TiAlN ML geometry	HSS blade size 3 with TiAlN coating and ML (Moderate Land) cutting-edge geometry
NEWUB2036	UB-SCB-3-PL-NCT	Carbide	TiAlN PL geometry	Carbide blade size 3 with TiAlN coating and PL (Positive Land) cutting-edge geometry
NEWUB2038	UB-SCB-3-ML-NCT	Carbide	TiAlN ML geometry	Carbide blade size 3 with TiAlN coating and ML (Moderate Land) cutting-edge geometry

BLADE SIZE

5

d ≥ Ø5.0 (0.197")

Blade SKU	Designation	Blade Material	Coating / Chip-former	Description
UB2060	UB-TSB-5-PL	HSS	Uncoated PL geometry	HSS blade size 5 without coating and PL (Positive Land) cutting-edge geometry
NEWUB2061	UB-TSB-5-PL-NCW	HSS	AlTiN PL geometry	HSS blade size 5 with AlTiN coating and PL (Positive Land) cutting-edge geometry
UB2062	UB-TSB-5-PL-NCT	HSS	TiAlN PL geometry	HSS blade size 5 with TiAlN coating and PL (Positive Land) cutting-edge geometry
NEWUB2063	UB-TSB-5-ML-NCT	HSS	TiAlN ML geometry	HSS blade size 5 with TiAlN coating and ML (Moderate Land) cutting-edge geometry
NEWUB2067	UB-SCB-5-PL-NCT	Carbide	TiAlN PL geometry	Carbide blade size 5 with TiAlN coating and PL (Positive Land) cutting-edge geometry
NEWUB2069	UB-SCB-5-ML-NCT	Carbide	TiAlN ML geometry	Carbide blade size 5 with TiAlN coating and ML (Moderate Land) cutting-edge geometry

No matching blade found Check the pilot-hole diameter or adjust the filters.

⁽¹⁾ Footnote marker preserved exactly where it appears in the supplied blade table.
Blade images: transparent PNGs are loaded directly from the NOGA WordPress Media Library.

UNCOATED

Polished / Uncoated HSS

Useful for general cutting and applications where a sharp uncoated cutting edge is preferred.

NCT · TiAlN

TiAlN Coating

High thermal stability and wear resistance for general-purpose and higher-speed machining in wet or dry conditions.

NCW · AlTiN

AlTiN Coating

High hardness and thermal stability for demanding cutting conditions and abrasive applications.

UBURR Blade Coating Selection Guide

Comparison of available coating codes, key characteristics, typical applications and ISO material-group suitability.

NOGA's Code	Coating	Key Features	Applications	Industries	Material Examples	ISO GROUP
NOGA's Code	Coating	Key Features	Applications	Industries	Material Examples	P	M	K	N	S	H
NCT	TiAlN	Excellent thermal stability, oxidation resistance, and wear resistance.	High-speed cutting and general-purpose machining.	Aerospace, Automotive, General Engineering.	AISI 304, 42CrMo4, Grey Cast Iron (GG), Ti6Al4V	✓	✓	✓	×	✓	✓
NCW	AlTiN	High hardness, wear resistance, thermal stability up to 1100°C.	Heavy-duty machining and high-speed cutting.	Aerospace, Foundries, Heavy Engineering.	AISI 4340, M2 HSS, Grey Cast Iron (GG)	✓	✓	✓	×	✓	×

P – Steel

M – Stainless Steel

K – Cast Iron

N – Non-Ferrous

S – Heat-Resistant Alloys

H – Hardened Materials

DURASHIELD TOOL-HOLDER RANGE

Find the Correct UBURR Holder

Enter the actual pilot-hole diameter to identify the corresponding standard holder and set. The standard nominal series runs from Ø2.5 to Ø25.0 mm in 0.5 mm increments.

UBURR HOLDER DIMENSIONAL DRAWING

UBURR tool-holder dimensional drawing showing pilot diameter d, d1, DS, LTB1, LTB2, H and L

Use the drawing together with the holder table Key dimensions include pilot-hole range Ød, tool diameter Ød1, shank ØDS, blade positions LTB1/LTB2, usable length H and overall length L.

UBURR DURASHIELD HOLDER RANGE

NOGA MT UBURR DURASHIELD tool-holder range

One holder family for multiple pilot diameters Each standard holder covers a defined 0.5 mm pilot-hole range, simplifying tool selection and inventory.

Find the Correct UBURR Holder One smart selector for pilot-hole diameter, holder or set SKU, designation, blade, shank size and tool dimensions.

46 holders shown

Smart diameter search: just type the finished pilot-hole diameter, for example 10. A number without a unit is treated automatically as mm. For inch values, type 0.394 inch or 0.394".

No matching UBURR holder found. Try another SKU, size or dimension.

Holder SKU	Holder Designation	Set SKU	Pilot-Hole Range	Standard Blade	Blade Size	Shank Ø DS	LTB1	LTB2	H	L
UB1025	UB-d025-C08-H29-L69	UB2500	2.50–3.00 0.098–0.118″	UB2020¹	2.5¹	8 mm 0.315″	N/A	7	29 mm 1.142″	69 mm 2.717″
UB1030	UB-d030-C08-H29-L85	UB3000	3.00–3.50 0.118–0.138″	UB2030	3	8 mm 0.315″	4	10	29 mm 1.142″	85 mm 3.346″
UB1035	UB-d035-C08-H29-L85	UB3001	3.50–4.00 0.138–0.157″	UB2030	3	8 mm 0.315″	4	10	29 mm 1.142″	85 mm 3.346″
UB1040	UB-d040-C08-H29-L85	UB3002	4.00–4.50 0.157–0.177″	UB2030	3	8 mm 0.315″	4	10	29 mm 1.142″	85 mm 3.346″
UB1045	UB-d045-C08-H29-L85	UB3003	4.50–5.00 0.177–0.197″	UB2030	3	8 mm 0.315″	4	10	29 mm 1.142″	85 mm 3.346″
UB1050	UB-d050-C08-H53-L115	UB3004	5.00–5.50 0.197–0.217″	UB2060	5	8 mm 0.315″	4	12	53 mm 2.087″	115 mm 4.528″
UB1055	UB-d055-C08-H53-L115	UB3005	5.50–6.00 0.217–0.236″	UB2060	5	8 mm 0.315″	4	12	53 mm 2.087″	115 mm 4.528″
UB1060	UB-d060-C08-H53-L115	UB3006	6.00–6.50 0.236–0.256″	UB2060	5	8 mm 0.315″	4	12	53 mm 2.087″	115 mm 4.528″
UB1065	UB-d065-C08-H53-L115	UB3007	6.50–7.00 0.256–0.276″	UB2060	5	8 mm 0.315″	4	12	53 mm 2.087″	115 mm 4.528″
UB1070	UB-d070-C08-H53-L115	UB3008	7.00–7.50 0.276–0.295″	UB2060	5	8 mm 0.315″	4	12	53 mm 2.087″	115 mm 4.528″
UB1075	UB-d075-C08-H53-L115	UB3009	7.50–8.00 0.295–0.315″	UB2060	5	8 mm 0.315″	4	12	53 mm 2.087″	115 mm 4.528″
UB1080	UB-d080-C10-H53-L115	UB3010	8.00–8.50 0.315–0.335″	UB2060	5	10 mm 0.394″	4	12	53 mm 2.087″	115 mm 4.528″
UB1085	UB-d085-C10-H53-L115	UB3011	8.50–9.00 0.335–0.354″	UB2060	5	10 mm 0.394″	4	12	53 mm 2.087″	115 mm 4.528″
UB1090	UB-d090-C10-H53-L115	UB3012	9.00–9.50 0.354–0.374″	UB2060	5	10 mm 0.394″	4	12	53 mm 2.087″	115 mm 4.528″
UB1095	UB-d095-C10-H53-L115	UB3013	9.50–10.00 0.374–0.394″	UB2060	5	10 mm 0.394″	4	12	53 mm 2.087″	115 mm 4.528″
UB1100	UB-d100-C10-H80-L125	UB3014	10.00–10.50 0.394–0.413″	UB2060	5	10 mm 0.394″	4	12	80 mm 3.150″	125 mm 4.921″
UB1105	UB-d105-C10-H80-L125	UB3015	10.50–11.00 0.413–0.433″	UB2060	5	10 mm 0.394″	4	12	80 mm 3.150″	125 mm 4.921″
UB1110	UB-d110-C10-H80-L125	UB3016	11.00–11.50 0.433–0.453″	UB2060	5	10 mm 0.394″	4	12	80 mm 3.150″	125 mm 4.921″
UB1115	UB-d115-C12-H80-L125	UB3017	11.50–12.00 0.453–0.472″	UB2060	5	12 mm 0.472″	4	12	80 mm 3.150″	125 mm 4.921″
UB1120	UB-d120-C12-H80-L125	UB3018	12.00–12.50 0.472–0.492″	UB2060	5	12 mm 0.472″	4	12	80 mm 3.150″	125 mm 4.921″
UB1125	UB-d125-C12-H80-L125	UB3019	12.50–13.00 0.492–0.512″	UB2060	5	12 mm 0.472″	4	12	80 mm 3.150″	125 mm 4.921″
UB1130	UB-d130-C12-H80-L125	UB3020	13.00–13.50 0.512–0.531″	UB2060	5	12 mm 0.472″	4	12	80 mm 3.150″	125 mm 4.921″
UB1135	UB-d135-C12-H80-L125	UB3021	13.50–14.00 0.531–0.551″	UB2060	5	12 mm 0.472″	4	12	80 mm 3.150″	125 mm 4.921″
UB1140	UB-d140-C12-H80-L125	UB3022	14.00–14.50 0.551–0.571″	UB2060	5	12 mm 0.472″	4	12	80 mm 3.150″	125 mm 4.921″
UB1145	UB-d145-C12-H80-L125	UB3023	14.50–15.00 0.571–0.591″	UB2060	5	12 mm 0.472″	4	12	80 mm 3.150″	125 mm 4.921″
UB1150	UB-d150-C12-H80-L125	UB3024	15.00–15.50 0.591–0.610″	UB2060	5	12 mm 0.472″	4	12	80 mm 3.150″	125 mm 4.921″
UB1155	UB-d155-C12-H80-L125	UB3025	15.50–16.00 0.610–0.630″	UB2060	5	12 mm 0.472″	4	12	80 mm 3.150″	125 mm 4.921″
UB1160	UB-d160-C16-H80-L125	UB3026	16.00–16.50 0.630–0.650″	UB2060	5	16 mm 0.630″	4	12	80 mm 3.150″	125 mm 4.921″
UB1165	UB-d165-C16-H80-L125	UB3027	16.50–17.00 0.650–0.669″	UB2060	5	16 mm 0.630″	4	12	80 mm 3.150″	125 mm 4.921″
UB1170	UB-d170-C16-H80-L125	UB3028	17.00–17.50 0.669–0.689″	UB2060	5	16 mm 0.630″	4	12	80 mm 3.150″	125 mm 4.921″
UB1175	UB-d175-C16-H80-L125	UB3029	17.50–18.00 0.689–0.709″	UB2060	5	16 mm 0.630″	4	12	80 mm 3.150″	125 mm 4.921″
UB1180	UB-d180-C16-H80-L125	UB3030	18.00–18.50 0.709–0.728″	UB2060	5	16 mm 0.630″	4	12	80 mm 3.150″	125 mm 4.921″
UB1185	UB-d185-C16-H80-L125	UB3031	18.50–19.00 0.728–0.748″	UB2060	5	16 mm 0.630″	4	12	80 mm 3.150″	125 mm 4.921″
UB1190	UB-d190-C16-H80-L125	UB3032	19.00–19.50 0.748–0.768″	UB2060	5	16 mm 0.630″	4	12	80 mm 3.150″	125 mm 4.921″
UB1195	UB-d195-C20-H80-L125	UB3033	19.50–20.00 0.768–0.787″	UB2060	5	20 mm 0.787″	4	12	80 mm 3.150″	125 mm 4.921″
UB1200	UB-d200-C20-H80-L125	UB3034	20.00–20.50 0.787–0.807″	UB2060	5	20 mm 0.787″	4	12	80 mm 3.150″	125 mm 4.921″
UB1205	UB-d205-C20-H80-L125	UB3035	20.50–21.00 0.807–0.827″	UB2060	5	20 mm 0.787″	4	12	80 mm 3.150″	125 mm 4.921″
UB1210	UB-d210-C20-H80-L125	UB3036	21.00–21.50 0.827–0.846″	UB2060	5	20 mm 0.787″	4	12	80 mm 3.150″	125 mm 4.921″
UB1215	UB-d215-C20-H80-L125	UB3037	21.50–22.00 0.846–0.866″	UB2060	5	20 mm 0.787″	4	12	80 mm 3.150″	125 mm 4.921″
UB1220	UB-d220-C20-H80-L125	UB3038	22.00–22.50 0.866–0.886″	UB2060	5	20 mm 0.787″	4	12	80 mm 3.150″	125 mm 4.921″
UB1225	UB-d225-C20-H80-L125	UB3039	22.50–23.00 0.886–0.906″	UB2060	5	20 mm 0.787″	4	12	80 mm 3.150″	125 mm 4.921″
UB1230	UB-d230-C20-H80-L125	UB3040	23.00–23.50 0.906–0.925″	UB2060	5	20 mm 0.787″	4	12	80 mm 3.150″	125 mm 4.921″
UB1235	UB-d235-C20-H80-L125	UB3041	23.50–24.00 0.925–0.945″	UB2060	5	20 mm 0.787″	4	12	80 mm 3.150″	125 mm 4.921″
UB1240	UB-d240-C20-H80-L125	UB3042	24.00–24.50 0.945–0.965″	UB2060	5	20 mm 0.787″	4	12	80 mm 3.150″	125 mm 4.921″
UB1245	UB-d245-C20-H80-L125	UB3043	24.50–25.00 0.965–0.984″	UB2060	5	20 mm 0.787″	4	12	80 mm 3.150″	125 mm 4.921″
UB1250	UB-d250-C20-H80-L125	UB3044	25.00–25.50 0.984–1.004″	UB2060	5	20 mm 0.787″	4	12	80 mm 3.150″	125 mm 4.921″

Condensed selection table for faster product choice. For complete machining recommendations, thread pre-drill reference, programming limits and cutting data, use the UBURR Technical Center.

OPEN TECHNICAL CENTER DOWNLOAD 3D MODELS

REAL WORKPIECE APPLICATIONS

UBURR Applications & Results

The product geometry is easier to understand when viewed together with actual parts. These images show UBURR in a machining setup and a documented before/after result from front-and-rear deburring of hardened tool steel.

UBURR deburring drilled holes in a machined metal workpiece on a CNC machine

CNC APPLICATION

Automatic Hole Deburring in the Machine

UBURR enters the drilled hole, retracts through the bore and finishes the opposite edge during the return stroke.

Machined hole before UBURR deburring in hardened H13 tool steel

CASE STUDY · BEFORE

Burr Before Deburring

Representative Ø7 mm hole in AISI H13 tool steel at 60 HRC before the UBURR cycle.

Machined hole after UBURR front and rear deburring in hardened H13 tool steel

CASE STUDY · AFTER

Finished Edge After UBURR

The documented test produced approximately 0.2 × 45° chamfers with no significant wear after 50 holes.

Case-study reference: AISI H13 / 1.2344, 60 HRC, Ø7 mm pilot hole, UB1070 holder with UB2062 TiAlN-coated Size 5 blade.

MT DURASHIELD TOOL-HOLDERS

Built for Repeated Industrial Deburring Cycles

UBURR DURASHIELD holders use precipitation-hardened 17-4 PH stainless steel with a passivated surface for strength, wear resistance and corrosion protection.

High StrengthDesigned for repeated mechanical loading during automatic blade actuation and deburring.

Wear ResistanceStable holder geometry supports repeatable blade movement and long production service.

Corrosion ProtectionPassivated stainless-steel construction provides protection without an additional holder coating.

Multiple Pilot DiametersEach holder covers a 0.5 mm pilot-hole range, reducing unnecessary tool inventory.

Quick Blade ReplacementThe blade can be removed and replaced using the holder clamping screw system.

Standard Spare PartsSP0105 0.050″ hex key and UB0021 M2.5 × 0.35 blade clamping screw.

TECHNICAL DATA AT THE TOOL

rMQR Laser Code on UBURR Blades

UBURR blades include a rectangular micro QR (rMQR) laser code for fast access to technical information, machining guidelines and cutting parameters. The engraved code connects the physical blade directly to its digital application data.

Complete UBURR UB2032 blade with engraved rectangular micro QR rMQR code

1 Locate the rMQR Code on the Blade The laser-engraved rectangular code is integrated directly on the UBURR blade.

QRBOT app for scanning the UBURR rectangular micro QR rMQR code

2 Scan the Code with QRBOT Scan the rMQR code to access the corresponding UBURR technical and machining information.

UBURR QUESTIONS

Frequently Asked Questions

Clear answers to the most common UBURR selection and application questions.

What is the UBURR used for?

UBURR is used for automatic deburring of the front and back edges of drilled through-holes. The same tool passes through the pilot hole and deburrs both sides without turning the workpiece.

What pilot-hole sizes does the standard range cover?

The nominal holder series runs from Ø2.5 to Ø25.0 mm in 0.5 mm increments and covers actual pilot-hole ranges from Ø2.5 up to Ø25.5 mm. Size 2.5 products are listed as special.

Which UBURR blade size do I need?

Use Size 2.5 for Ø2.5–<3.0 mm, Size 3 for Ø3.0–<5.0 mm, and Size 5 for pilot holes Ø5.0 mm and larger within the standard holder range.

Can UBURR deburr threaded holes?

The blade geometry is designed to retract through the bore and minimize contact with the internal surface. For threaded or pre-threaded applications, confirm the pilot diameter, thread geometry and process with the technical guidelines before production.

What blade materials and coatings are available?

The range includes HSS and solid-carbide blades, with uncoated, NCT TiAlN and NCW AlTiN options depending on blade size and geometry.

Does UBURR require blade adjustment?

No routine blade adjustment is required. The blade movement is controlled by the holder's spring mechanism, which simplifies setup and supports repeatability.

Can UBURR be used for back deburring only?

Yes. Back-only machining is possible with the appropriate tool and programming method. The UB2020 Size 2.5 blade is specifically designated for back deburring only.

Where can I find cutting data and CNC programming information?

Use the dedicated UBURR Technical Center for feeds, speeds, machining limitations, inclined/tube geometry, CNC programming macros and 3D models.

APPLICATION SUPPORT

Need Help Selecting the Correct UBURR Combination?

Send the pilot-hole diameter, workpiece material and hardness, burr size and location, hole depth / workpiece thickness, machine type and required edge condition. NOGA can help identify the holder, blade geometry and starting process direction.

CONTACT NOGA MT TECHNICAL INFORMATION