Jabro was founded in 1976 in Lottum, Netherlands. In 2002 Jabro became the competence centre for solid milling solutions within the Seco group; with the global respon- sibility for Research & Development, Manufacturing and Application Engineering. Seco's Jabro products provide the world market with a wide range of standard tools and custom tool solutions, Including reconditioning, mainly for General Engineering, Aerospace, Energy, Medical and Mould & Die customers. Advanced manufacturing technology and an environmental focus, ensures Jabro's sustainable development and pro- duction of products...

Jabro-Solid2 is a range of new solid carbide end mills for applications In general machining with flexibility, speed and cost efficiency. All Jabro-Solid2 product codes begin with JS. JABRO™ - TORNADO (High Speed Machining) A complete range of peak performance coated solid carbide milling cutters specially developed for High Speed Machining (HSM) with a diameter range from 2-20 mm In various geometrical styles. All Tornado product codes begin with JH. JABRO™ - HPM (High Performance Machining) A complete range of peak performance coated solid carbide milling cutters specially developed to reach...

JABRO™ - HFM (High Feed Machining) A range of solid carbide tools for High Feed Machining. Can also be used for plunge milling. Diameter range from 1,5-12 mm. All HFM product codes begin with JHF JABRO™ - MINI (Micro Machining) Miniature 'MEGA-64-T', 'MEGA-T'and 'DIAMOND'coated solid carbide milling cutters with a diameter range from 0,1mm (.0039)" to 2,0 mm (.0787") All MINI product codes begin with JM. Solid carbide milling cutters with Chemical Vapour Deposition (CVD) 'DIAMOND' coating for machining abrasive materials like graphite. Diameter range from 3-12 mm. DIAMOND product codes begin...

The Jabro JC800 range cutters are specifically designed to machine composite parts efficiently. The JC family of tools Includes a wide range of cutters with the high degree of specialisation needed to meet the specific requirements of these diverse composite materials. The cutters are dislgned for elimination of fibre break out and delaminatlon as well as Improved edge finish. All Composite product codes begin with JC. The Jabro JPD800 series are brazed PCD end mills designed for machining All PCD product codes begin with JPD. JABRO™ - VHM (General engineering) A complete range of 'Universal'...

JABRO™ - Product overview

JABRO™ - Solid end mills product description Code key - For catalogue products (JS520, JHP770 and JHP780) Productrange Cutting diameter Length of shape Coolant channels Type of product Geometry Tool shape Tip shape Number of flutes Product range BLANK = Standard (catalogue) product R = Reconditioned product (complete) RK = Reconditioned product (frontal) A single digit that gives an indication of the length of the cutter compared to other products with the same cutting geometry. This replaces the previous L, XL, SL, K, and other versions. This figure indicates the number of flutes In the cutter....

JABRO™ - Solid end mills product description Size of radius for convex and concave radius tipped products 000 = For metric products the tip shape is shown by a three-digit figure. By dividing this figure by 100 you will get the actual corner radius size In millimeters. .000 = For Imperial products the tip shape Is shown by a dot, followed by a three-digit figure. This figure actually shows the size of the corner radius In inch (e.g. R.100 would Indicate a radius of 0.100 inch). 4 character code specifying Tool shape

Custom tools A significant part of Seco's offer is in the form of 'Custom Tools'. Here there is expertise in all the major customer segments Including Aerospace, Power Generation and Medical Engineering. Seco engineers work In close cooperation with customers to provide the best possible solution to specific machining challenges where the demands stretch beyond standard tools. Fast turnaround from quotation to product delivery Is a hallmark of Seco's Custom Tooling department. Modified tools Seco offers a quick delivery solution for standard tools requiring modification to meet specific dimensional...

Seco's modern carbide tools offer remarkable performance by utilizing the best combinations of carbide substrates with high wear resistant coatings, optimized cutting geometry and controlled edge preparation. However good a tool Is, as part of their function, they will eventually show signs of wear of the cutting edge. Controlling this wear and the timely replacement of the tool will allow the used tool to be reconditioned, thus reducing tool Investment costs. At Seco, your solid carbide tools are reconditioned using the same advanced technology and care that we YOUR BENEFITS FROM RECONDITIONING...

Definitions, basic and advanced machining Basic operations: - Face milling - Slot milling - Side milling - Copy milling Definitions, basic operations: Face milling: front teeth of the tool are flat surface. Tool engagement: Side milling: Operation where the side of the large andae is small. Slot milling: Operation where the full diameter Copy milling: Operation where the radius Is both small.

Definitions, basic and advanced machining Advanced machining methods: - Helical Interpolation - Trocholdal milling - Plunge milling Definitions, advanced machining methods: Opening up a pocket by making For more Information please see flap "Technical Information" Opening a slot by using side milling, making a partial Y-axis, (changing slot milling Into side milling). For more Information please Helical Interpolation ramping: Opening a pocket by making a circular movement with the tool while ramping in Zaxls. For more information please Making a hole with movement

Definitions, machining strategies Machining strategies: - General machining - High speed machining - High performance machining - High feed machining - High speed precision machining - Micro machining Definitions, machining strategies: General machining: Is a machining strategy for general use. ae - ap ratio can vary depending on the operation. Tool characteristics: Tools have relatively long cutting lengths and thin core diameters. There are no high Machine requirements: There are no special machine requirements needed. With basic CNC technology difficult advanced machining methods are not possible....