Used Eiset Toolroom for sale (59)

Condition: new, Year of construction: 2026, The PS125 External and Internal Grinding Attachment is a practical accessory for a universal lathe, expanding the machine's capabilities to include precision grinding of external and internal surfaces. The attachment is mounted in place of the standard four-way tool post, allowing the lathe to perform additional finishing operations without the need for a separate grinding machine. The PS125 attachment is designed for machining cylindrical components such as shafts, bushings, and workpieces with bores requiring precise surface finishing. It enables grinding operations aimed at improving surface quality and achieving the required dimensions of machined components. Key Advantages of the PS125 Grinding Attachment - Two grinding functions – enables grinding of external shaft surfaces and internal bore surfaces. - Expanded lathe functionality – allows additional machining operations to be performed on a single machine. - Installation in place of the four-way tool post – the attachment replaces the lathe's standard tool holder. - Machining of various components – suitable for grinding shafts, bushings, cylindrical surfaces, and bores. - Equipped with two grinding wheels – the set includes one grinding wheel for external grinding and another for internal grinding. - Versatile applications – a practical solution for machine shops, toolrooms, maintenance workshops, and single-piece production. Hedpfx Aoycf Taebujw External and Internal Grinding on a Lathe External grinding enables precision finishing of cylindrical surfaces of shafts and other rotating components. The minimum workpiece diameter depends on the lathe's swing over bed and ranges from 60 to 140 mm for the configurations listed in the technical specifications table. Internal grinding allows machining of bores with a minimum diameter of 30 mm and a maximum grinding depth of 90 mm. This function is particularly useful for finishing the internal surfaces of bushings and other cylindrical components. Applications of the PS125 Grinding Attachment The PS125 lathe grinding attachment is ideal for applications requiring finishing operations in addition to standard turning. It can be used for reconditioning machine parts, machining mechanical components, repair work, and small-batch production. By allowing a lathe to serve as a workstation for external and internal grinding, the PS125 attachment provides a functional addition to workshop equipment, expanding the range of available machining operations. Standard Equipment - PS125 External and Internal Grinding Attachment - External grinding wheel - Internal grinding wheel Technical Specifications – Grinding Lathe Swing Over Bed (mm) External Grinding – Minimum Diameter (mm) Internal Grinding – Minimum Diameter (mm) Internal Grinding – Maximum Depth (mm) Ø280 Ø60 Ø30 90 Ø300 Ø75 Ø30 90 Ø320 Ø100 Ø30 90 Ø400 Ø140 Ø30 90

Condition: new, Year of construction: 2026, functionality: fully functional, turning diameter over cross slide: 210 mm, turning length: 350 mm, turning diameter: 360 mm, spindle motor power: 5,500 W, rapid traverse X-axis: 4 m/min, rapid traverse Z-axis: 7 m/min, total height: 1,680 mm, total length: 1,600 mm, total width: 1,100 mm, overall weight: 1,000 kg, Equipment: documentation/manual, Special Offer – 5% Off! MTP CK6132 CNC 320 LATHE – SIEMENS 828D The MTP CK6132 CNC 320 is a compact and versatile lathe designed for the precise machining of metal components. It performs cylindrical, tapered, internal and external turning, as well as threading, facing, grooving and parting operations. The machine is equipped with an industrial Siemens 828D CNC control featuring a multilingual user interface configured according to the customer’s requirements. The control supports shop-floor and conversational programming as well as 3D machining simulation. It simplifies program preparation, process monitoring and daily operation. The solid cast-iron bed provides stability, vibration resistance and high repeatability. A fully enclosed working area, coolant system, automatic lubrication and working light improve operator safety and comfort. KEY FEATURES Siemens 828D CNC control Multilingual interface configured to customer requirements Shop-floor and conversational programming 3D machining simulation 160 mm hydraulic three-jaw chuck Six-position tool turret Automatic tool-setting probe Automatic central lubrication system Tool coolant system Fully enclosed working area Working and warning lights TECHNICAL SPECIFICATIONS Maximum turning diameter over bed: 320 mm Maximum turning diameter over cross slide: 110 mm Chuck diameter: 160 mm Spindle bore: 48 mm Spindle nose: A2-5 Maximum spindle speed: 3000 rpm Main motor power: 3.7 kW Tool turret: 6 positions X-axis travel: 350 mm Z-axis travel: 350 mm Rapid traverse X/Z: 8/10 m/min Tailstock quill taper: MT4 Tailstock quill travel: 100 mm Tailstock quill diameter: 52 mm Machine dimensions: 1600 x 1100 x 1680 mm Machine weight: 1000 kg TRANSPORT We arrange machine delivery throughout Europe. Transport costs are quoted individually according to the destination and specific shipping requirements. Collection from our warehouse in Sokołów Podlaski, Poland, is also available. Please contact our sales department for a transport quotation. Hjdpjytrnrofx Abujw The MTP CK6132 CNC 320 is suitable for manufacturing plants, toolrooms, workshops, maintenance departments and technical training centres.

Condition: new, Year of construction: 2026, CORMAK HBS320 Metal Band Saw – Precision and Reliable Cutting The CORMAK HBS320 metal band saw is an efficient and professional solution for workshops and industrial facilities that require a reliable machine for precise cutting of pipes, profiles, and solid metal materials. Its robust construction, wide cutting angle adjustment range, and compatibility with material feeding equipment make it a versatile metal band saw for production and service applications. Main Advantages of the Machine - Cutting angles from -45° to +60° – enables mitre cutting in both directions without the need to reposition the material. - Powerful 1.5 kW motor – provides high power and stable operation, even when cutting hard materials. - Cast iron saw arm – resistant to vibrations and heavy loads, ensuring accuracy and long service life. - Precision blade guides – equipped with bearings and carbide inserts to extend blade life. - Safe operation – protective guards and safety microswitches protect the operator and stop the drive when necessary. - Cooling system with electric pump – improves cutting efficiency and facilitates chip removal. Construction and Technology The metal band saw features a welded steel frame and a stable base with an integrated coolant tray. The cast iron saw arm ensures the rigidity of the entire cutting system. Cutting is performed using a gravity-feed system controlled by oil flow through a hydraulic cylinder. The quick-clamping vice and movable bed allow efficient and secure material positioning. The machine offers two blade speeds: 44 and 88 m/min, as well as stepless adjustment of the saw arm feed rate. Cutting Precision and Efficiency Thanks to its robust blade guiding system, the metal band saw maintains high cutting accuracy, even during intensive operation. The cooling system, equipped with a separate coolant tank and pump, helps reduce cutting temperatures and minimise blade wear. Automatic drive shut-off after completion of the cutting cycle prevents excessive wear of the drive components. Hsdpfx Abji D Dgweuew Applications The CORMAK HBS320 band saw for pipes and profiles is designed for cutting structural steel, stainless steel, tool steel, copper, aluminium, and plastics. It is ideal for metalworking workshops, toolrooms, steel structure fabrication companies, and small-batch or custom production facilities. Standard Equipment - Quick-clamping vice - Hydraulic cylinder with adjustable descent rate - Coolant pump with collection tray and chip drainage system - Two-speed blade drive - Safety microswitch system Optional Equipment - Roller table extension Technical Specifications CORMAK HBS320 Metal Cutting Band Saw Parameter Specification Max. cutting diameter (90°) Ø 260 mm Max. rectangular cutting capacity (90°) 320 x 160 mm Power supply 3-phase, 400 V Motor power 1.5 kW Saw arm descent adjustment Hydraulic cylinder Blade dimensions 2740 x 27 x 0.9 mm Blade speed 44 / 88 m/min Vice height 920 mm Overall dimensions 1400 x 880 x 1550 mm Weight 280 kg

Condition: new, Year of construction: 2026, Drill Vice 125mm IW125 is a precise and robust vice for both drilling and milling operations, designed for stable clamping of components in demanding machining processes. The cast steel body guarantees excellent rigidity, while the wide jaws and large opening allow flexible operation with components of various sizes. The grooved base with four elongated mounting slots enables quick installation and reliable positioning on the machine table. Main advantages of the IW125 drill vice Wide 125mm jaws for stable clamping of larger workpieces. Maximum opening 125mm – suitable for a wide range of components. Cast steel body ensuring high resistance to bending, vibration and dynamic loads. Precise jaw guidance minimising the risk of displacement during machining. Grooved base with four elongated mounting slots for quick and repeatable installation on machine tables. Wear resistance even under intensive industrial use. Construction and manufacturing technology The IW125 drill vice is made of high-quality cast steel, characterised by excellent mechanical strength and resistance to deformation under load. The body design ensures optimal rigidity during drilling and light milling operations. The jaws are guided along ground surfaces, maintaining parallelism and repeatable clamping. The durable lead screw ensures smooth clamping action, minimising axial play and allowing precise adjustment of the clamping force. Precision and performance The precision of manufacture directly translates into machining stability. The rigid construction reduces vibration, improving surface quality, dimensional accuracy and tool life. With a large jaw opening and parallel guidance, the IW125 vice enables fast setup, reducing the need for additional clamps. This results in higher productivity and consistent machining results. Applications The IW series drill vices are designed for professional workshop use. The IW125 model is ideal for: metalworking and mechanical workshops, toolrooms and prototype departments, small-batch and series production operations, drilling, tapping, counterboring and light milling operations. This versatile vice for drills and milling machines is designed for users seeking long-lasting precision and reliability. Standard equipment Hjdpfjycqd Dsx Abusw Cast steel vice body Hardened jaws Lead screw with handle Grooved base with four elongated mounting slots Technical data — Drill Vice 125mm IW125 Jaw width 125mm Jaw height 24mm Maximum opening 125mm Mounting hole spacing 155mm Mounting hole width 13mm Body material cast steel Base grooved, 4 elongated mounting slots

Condition: new, Year of construction: 2026, Drill Vice 100mm IW100 is a precision, load-resistant vice for drilling and milling machines, designed for stable clamping of workpieces during drilling, light milling and fitting operations. The cast steel body provides high rigidity, while the ergonomic base with four mounting slots enables quick and repeatable positioning on machine tables. Main advantages of the IW100 drill vice Increased rigidity thanks to a monolithic cast steel body. Precise jaw guidance ensuring stable holding of workpieces during machining. Wide 100mm jaws allow clamping of various workpiece sizes. Maximum opening of 105mm increases versatility of use. Multi-point mounting – base with four elongated grooves for quick and secure positioning on a workbench. Wear resistance even under intensive use. Construction and manufacturing technology The IW100 drill vice series uses a solid cast steel body, providing excellent stability and resistance to vibration generated during drilling or light milling. The jaws are linearly guided, ensuring parallel alignment and consistent positioning. The base features grooved mounting surfaces and four elongated slots, allowing precise setup on bench drills, conventional milling machines and metalworking tables. Precision and performance The IW100 drill and milling vice minimises play and unwanted deformation, ensuring smooth tool movement and high dimensional accuracy. Stable clamping of the workpiece shortens setup time, supports machining repeatability and reduces errors caused by improper positioning. Applications Hjdpeycqfzefx Abusw The 100mm drill vice is suitable for use in: mechanical and metalworking workshops, maintenance departments, toolrooms, operations such as drilling, counterboring, tapping and light milling. This versatile vice for drills and milling machines is intended for users seeking stability, precision and long-term durability. Standard equipment Cast steel vice body Set of clamping jaws Base with four elongated mounting slots Lead screw with handle Technical data – Drill Vice IW100 Jaw width 100mm Jaw height 20mm Maximum opening 105mm Mounting hole spacing 133mm Mounting hole width 13mm Body material cast steel Base grooved, 4 elongated mounting slots

Condition: new, Year of construction: 2026, Machine Vice F 160 – Double-Sided Design for Professional Metalworking Applications The F 160 machine vice is a double-sided construction designed for professional use in metalworking workshops, CNC machining centres, and bench drilling applications. Thanks to its well-thought-out design and high-quality materials, it provides precise clamping of long workpieces. It is an indispensable tool wherever stability, even force distribution, and the ability to handle workpieces with unusual geometries are essential. Main advantages of the F 160 machine vice High clamping force up to 3000 kg – ensures safe and stable workpiece holding during intensive machining operations. Double-sided construction – allows long workpieces to be clamped while utilising the full length of the machine table. High-quality cast iron body and jaws – provide resistance to deformation and long service life under industrial conditions. Induction-hardened and ground jaw inserts – ensure accurate and repeatable clamping. Thrust bearing – significantly improves the efficiency of the clamping mechanism. Design and technology The F 160 machine vice is manufactured from precision-machined cast iron, providing excellent rigidity and vibration resistance during machining. The movable jaw operates smoothly thanks to the integrated thrust bearing, which improves force transmission while reducing the effort required from the operator. Replaceable jaw inserts allow quick and cost-effective restoration of full functionality after wear. Precision and work efficiency The F 160 vice enables accurate and uniform clamping of workpieces thanks to its double-sided structure, which is particularly important when machining large components. Precise jaw geometry and a stable base directly contribute to high machining quality and repeatable production processes. Applications The F 160 machine vice is designed for: Bench drills, milling machines, and conventional lathes CNC machining centres Toolrooms and single-piece production environments Machining of long workpieces, pipes, profiles, and irregularly shaped components Standard equipment Hedpfsvxgq Uex Abusw Crank handle for operating the clamping mechanism Locating keys for accurate positioning on the machine table

Condition: new, functionality: fully functional, Year of construction: 2026, The high-performance CBN borazon grinding wheel designed for the CORMAK DG20M drill sharpener is a key component ensuring precise sharpening of drills made of HSS high-speed steels and cobalt steels. It offers exceptional durability and accuracy essential in daily operations of toolrooms, mechanical workshops or maintenance departments. Hedpfx Aeycq Hrsbusw Main advantages of the DG20 grinding wheel High hardness and thermal resistance thanks to the CBN (borazon) abrasive material. Compatibility with the CORMAK DG20M sharpener – a wheel designed for this model guarantees perfect fit and maximum efficiency. Vibration-free operation due to precise balancing – reduces the risk of tool damage and improves user comfort. Long service life – significantly reduced replacement frequency and lower operating costs. Stable geometry – no need for frequent shape correction, enabling consistent sharpening quality. Construction and technology The grinding wheel for the CORMAK DG20M drill sharpener is manufactured with CBN technology – borazon is one of the hardest abrasive materials known, ideally suited for machining high-speed steel tools. Thanks to precise workmanship and an optimised profile, the wheel ensures high sharpening efficiency while minimising material loss from the tool. Precision and work efficiency The use of an original CBN wheel in the CORMAK DG20 model provides excellent results even during long operating cycles. The wheel maintains an accurate point angle (within 90–135°), which affects cutting quality, reduces cutting forces and increases the service life of sharpened drills. Its vibration-damping properties minimise the risk of micro-chipping on cutting edges. Choose quality – select the original DG20M grinding wheel The CBN wheel for the CORMAK DG20M sharpener is an essential component for anyone who expects precision and reliability during drill sharpening. Thanks to its construction, material and perfect fit to the machine, it delivers long-lasting, efficient and repeatable operation. Order the original wheel today and keep your sharpener in full working condition.

Condition: new, Year of construction: 2026, Precision Machine Vice 125 mm QM16125N – Maximum Rigidity and Accuracy for Demanding Applications Machine vices are an essential part of the equipment in every modern toolroom and production facility. The QM16125N 125 mm precision machine vice is a high-quality clamping tool designed for precise workpiece holding during drilling, milling, and other machining operations. Its robust construction, extended jaw opening range, and compatibility with bench drills and CNC machines make it a versatile solution for demanding industrial applications. Hedsvxgugepfx Abujw Main advantages of the QM16125N machine vice High-quality cast iron body – the base with a hardness of approximately 40 HRC ensures excellent durability and effective vibration damping. Hardened steel jaws with a hardness of 48–52 HRC – provide secure and long-lasting workpiece clamping even during intensive machining. Adjustable jaw insert positioning – increases the working range and flexibility of clamping. Precision-designed movable jaw – provides additional downward clamping force, preventing unwanted workpiece lifting or loosening. Base height tolerance of ±0.015 mm – demonstrates extremely high manufacturing accuracy. Possibility of using multiple vices together – an ideal solution for securing larger components or multi-station machining operations. Design and manufacturing technology The QM16125N machine vice has been designed with stability, durability, and repeatability in mind. High-quality materials and precise manufacturing ensure that this model meets the requirements of modern single-piece and series production. The wide jaw opening range (up to 305 mm) makes it a flexible solution suitable for clamping workpieces of various sizes. Precision and work efficiency Thanks to the accurate machining of all components, the QM16125N enables repeatable workpiece clamping without the need for additional positioning adjustments. The minimal base tolerance ensures machining accuracy, which is essential during precision milling and drilling operations. The vice is perfectly suited for use with milling machines, CNC machining centres, and bench drills, providing reliable performance in demanding production environments. Applications The QM16125N is designed for industrial plants, toolrooms, prototype workshops, and service departments requiring a reliable workholding solution. It is ideal as: A machine vice for CNC milling machines – suitable for both series and individual machining operations. A workshop vice for machining centres – providing versatile clamping capabilities for various applications. Standard equipment Jaw inserts with adjustable positioning capability Precision-made steel movable jaw High-strength cast iron base Lead screw with hexagonal head Technical specifications – QM16125N precision machine vice Parameter Value Jaw width 125 mm Jaw height 38 mm Maximum jaw opening L1 112 mm Maximum jaw opening L2 165 mm Maximum jaw opening L3 250 mm Maximum jaw opening L4 305 mm Transverse key width 14 mm Longitudinal key width 14 mm Hexagonal screw shaft head 14 mm Dimensions 338 × 126 × 106 mm Weight 16 kg

Condition: new, Year of construction: 2026, Tilting Swivel Machine Vice 125 mm QHK125 – Precise Angular Workpiece Clamping Machine vices are a key component of any machining workstation where workpiece stability and accurate positioning are essential. The QHK125 model features a unique tilting and swivelling cradle design, making it highly functional for angled machining operations. Ideal as a vice for bench drills, milling machines, and grinders, especially for applications requiring unusual workpiece positioning. Its robust cast iron construction combined with swivel and tilt capabilities ensures flexibility, precision, and safe operation. Main advantages of the QHK125 machine vice Tilting and swivelling cradle design – allows simultaneous angular positioning in two planes. Precision 360° graduated scale – enables accurate workpiece positioning in 1° increments. Solid cast iron construction – provides stability, rigidity, and long service life. High clamping force of 3000 kg – ensures secure holding of workpieces during heavy-duty and precision machining. Protected lead screw – shields the mechanism from chips and coolant, extending service life. Removable swivel base – allows the vice configuration to be adapted to specific machining requirements. Design and technology Hsdjvxgh Tepfx Abuew The QHK125 is an industrial-grade swivel machine vice designed for precise and safe angled machining operations. The body and movable jaw are manufactured from high-quality cast iron, providing excellent resistance to twisting forces and vibrations. The tilting mechanism, based on a cradle construction, ensures stable maintenance of the selected angle. The lead screw is protected by a cover, preventing contamination and wear, which helps maintain smooth operation over a long service period. Precision and work efficiency The tilting cradle vice allows the workpiece to be rotated and inclined in multiple planes without removing it or changing the vice position on the machine table. This design significantly reduces setup time and enables complex machining operations without the need for additional fixtures. The rigid and stable construction ensures high accuracy even during demanding milling and grinding operations. Applications The QHK125 vice is suitable wherever precise angular positioning of the workpiece is required. It is recommended for: Conventional and CNC milling machines – for angular and face machining operations. Grinding machines – allowing accurate positioning of surfaces at the required angle. Bench drills – ideal for drilling inclined holes. Toolrooms and single-piece production environments – offering high versatility for precision tasks. Standard equipment Tilting cradle machine vice with body and movable jaw Swivel base with 360° graduated scale Tilting cradle mechanism Covered lead screw Technical specifications – Tilting Swivel Machine Vice 125 mm Parameter Value Jaw width (S) 125 mm Maximum jaw opening (am) 125 mm Jaw height (h) 50 mm Base width (A) 244 mm Mounting hole diameter (D) 18 mm Total height (H) 195 mm Total length (L) 420 mm Clamping force 3000 kg Weight 33 kg