KMT Products & Services
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Products & Services

KMT Waterjet Systems –  The Heart of Waterjet Cutting In the early 1970s, the technology of cutting material with water came up. Right from the start, KMT Waterjet Systems has been deeply involved: In 1971, we developed the first waterjet cutting machine for commercial use. Since those early days, the waterjet cutting technology has taken big steps to become a valuable addition and alternative to conventional cutting methods. When it comes to advancing the technology, KMT Waterjet Systems has always played a big role, and thanks to our consistent and innovative product development, we have...

content page WATERJET CUTTING Cutting Systems 4 4,000 vs. 6,000 bar 6 The Intensifier 8 OVERVIEW HIGH PRESSURE PUMPS Technical Data 10 EQUIPMENT – 6,200 bar STREAMLINE™ PRO-2 60/125 12 ACTIVE AUTOLINE™ PRO + ACTIVE IDE™ PRO 14 AQUALINE PRO 15 EQUIPMENT – 4,136 bar CE-labeled turnkey pumps STREAMLINE™ SL-V 200 Plus 16 STREAMLINE™ SL-V 50 / 100 Plus 17 STREAMLINE™ SL-V 50 Classic 18 STREAMLINE™ SL-V 15 STD 19 Skid mounted pumps for system integration NEOLINE™ NL-I 40 OEM 20 STREAMLINE™ SL-V 50 OEM 21 Other pumps JETLINE™ JL-I 50 22 Cutting heads AQUALINE I 23 ACTIVE AUTOLINE™ II + ACTIVE IDE™...

WATERJET CUTTING System Technology Cutting Systems One-, two-, or three-dimensional waterjet cutting and robot applications Due to the universal applicability of the waterjet cutting technology, it is used for a very wide range of cutting applications. Consequently, there is a big variety of available waterjet cutting systems: ■ 1D slitter systems for cutting web material 2D cutting tables for cutting sheet material 3D robot applications for complex three-dimensional outlines Further customized solutions One-dimensional cutting Two-dimensional cutting One-dimensional systems are mostly used...

Robot applications for three-dimensional cutting Especially in the automotive and mechanical engineering industry, there are complex requirements which can only be realized by a system for threedimensional cutting. For these kinds of applications, the cutting head is installed on a robot arm and run along a three-dimensional workpiece for trimming the material or cutting holes. KMT – The Heart of Waterjet Cutting For over 40 years now, our heart has been beating for waterjet cutting. You can benefit from the experience and expertise: Just let us know about your personal cutting demands....

4,000 vs. 6,000 bar The ideal solution for every application With a comprehensive portfolio of high pressure pumps, KMT Waterjet Systems offers the ideal technology for every requirement – from occasional cutting needs to multi-shift operation. Basically, KMT distinguishes between the PRO series for working pressures of up to 6,200 bar and the pump models STREAMLINE SL-V, JETLINE JL-I and NEOLINE NL-I which operate in a maximum pressure range of 3,800 to approx. 4,100 bar. Unsurpassed productivity Choosing the right pressure system The advantages of the high operating pressure of 6,200 bar...

Step 1 – Determine the approximate Cutting Speed Rates required. By knowing the speed rate and estimating the orifice size range, a decision can be made on the number of cutting heads required. Possible Cutting Speed* Cutting Speed [mm/min] Pressure [bar] Ø Water Orifice / Focusing Tube [mm] Abrasive Flow [g/min] Stainless Steel Black Granite * Surface Quality: medium – smooth The values in the table are only approximate values as the actual cutting speed may be influenced by further variables (water quality, orifice wear, etc.). Step 2 – Determine the size of the machine, based on the...

KMT – High Pressure Technology The Intensifier The best possible reliability as well as simple and quick maintenance are the key features in the development of all KMT high pressure pumps. The simple modular design enables the replacement of every single wear part. This design principle ensures that each component can be used to its maximum lifetime. Built-in safeguards High-tech software and built-in sensors provide protection and immediate access to information. More control and information is available faster. Patented high pressure seal design ensures optimized lifetime. Long-term...

Soft Seal End Cap Design „SSEC“ Several thousand intensifiers of the SSEC type are currently in use all over the world, many of them in multiple shift operations. A tried and tested seal assembly ensures a reliable sealing and preloaded jack bolts in the end cap of the intensifier, which can be loosened and tightened without special tools, guarantee simple maintenance. The models JETLINE and NEOLINE are equipped with such an intensifier. Hard Seal End Cap Design „HSEC“ The innovative end cap design provides a metalto-metal seal which eliminates rubber seals thus reducing consumables and...

OVERVIEW HIGH PRESSURE PUMPS High Pressure Pumps Technical Data PRO-2 125 Beschreibung Motor Rating Pressure Range Max. Flow Rate at max. Pressure Length Width Height Weight Cutting Water Circuit Intensifer Design Intensifier System Plunger Material Intensification Ratio Max. Stroke Rate Attenuator Volume Cutting Water Inlet Pressure Min. Cutting Water Inlet Flow Low Pressure Filter High Pressure Transducer Controls & Electric Control System User Control Display No. of Display Languages Motor Start Nom. Current at 400V/50Hz Fuse Size at 400/50Hz Pneumatic, Hydraulics & Cooling Circuit*...

Eaton Moeller 5.7" Color Touchscreen 111 Softstarter 66 80 Eaton Moeller 3.5"-Touchscreen b/w 92 Softstarter 66 80 Eaton Moeller ● 3.5"-Touchscreen b/w ● 92 ● Softstarter ● 66 80 Eaton Moeller ● 4-Line-Display b/w ● 14 ● Softstarter ● 52 63 * The following applies to all pumps: Min. pneumatic air pressure 5.9 bar Max. pneumatic air flow rate 28.3 l/min Ambient temperature at Oil-to-Water cooling circuit 5 - 40 °C Ambient temperature at Oil-to-Air cooling circuit 5 - 30 °C ** Full version with CE mark *** This orifice size is used for pure water cutting only. ● Option Technical Data