The powerful, solid UNILOCK clamping knob is classified as the key element of the range and has become a standard norm in the zero-point clamping technique through the years.
The media-free, self-locking clamping station disposes over a very high, force-locking contact area. The conical part of the short taper is centered itself and allows an easy retraction.
Free-of-play, force conclusive centering and repeatability of <0.003mm in optimum conditions shape the character of UNILOCK. A major advantage in comparison to different competitors products is the form-locking device and the holding force of 50000N (statically) by fixing with a M12 clamping screw.
UNILOCK zero-point clamping chucks are available in pneumatic and manual version (it depends on the type of clamping chuck). Clamping chucks which are operated with medium air have two air connection options, one at the side and one from below with an O-ring seal.
开幕式是通过增加压缩空气来执行的(6bar) and closing mechanically by spring force. To increase the pull-in forces, the UNILOCK system uses the double-acting piston to provide a TURBO EFFECT, which reinforces the spring tension several times depending on the pressure. Here, the piston base is additionally subjected to compressed air during the locking process.
1 CLAMPING KNOB
It connects the Clamping chuck to the work piece. The mounting method depends on the work piece weight or the machining process. Important is, to choose the appropriate sized thread.
2 BODY
Clamping chucks are manufactured in different ways, according to their application. Material: steel, hardened, corrosion-resistant.
3 SLIDE WEDGES
They are very solid made out of hardened, high-tensile steel for a safe locking function.
4 PISTON
It includes high-quality sealing elements and pins which ensure a balanced movement of the slide wedges.
5 SPRINGS
Springs made of durable quality steel ensure that the clamping force is maintained in the unpressurised state.
Our UNILOCK clamping chuck range is divided into two main areas. Clamping chucks designed for installation or for assembly. Every UNILOCK clamping chuck was developed for a specific application in order to efficiently serve a wide variety of needs.
For the UNILOCK installation clamping chucks, the alignment takes place via the centering collar. They are suitable for partial or full installation.
All chucks have integrated mounting holes.
UNILOCK and GRID towers are built on a steel plate, made of a steel casing and filled with ROC mineral casting . This gives the towers excellent attenuation-attributes, a low thermal conductivity and chemically and mechanically resistance against aggressive and abrasive media.
UNILOCK towers have been designed to meet the requirements of new generation machines. They include
For our UNILOCK towers we use the proven EFM 138 installation clamping chuck. The control of this UNILOCK clamping chuck takes place from the side. The mounting options in the base plate of the towers are produced individually based on the customer requirements. The standard stitch size of the EFM 138 is 200mm. Of course, UNILOCK towers are available in all other requested stitch dimensions.
UNILOCK民国五轴棱镜提供夹紧可能bilities on 5 sides. It is characterized by its low weight and the maximum usable clamping surfaces. On the finely machined 45 ° side surfaces as well as the top surface, a wide variety of workpieces can be clamped.
For precise use, the UNILOCK 5-Axis Prism is equipped with the following features:
UNILOCK clamping stations are designed for quick assembly and feature a standard release and turbo function as well as central alignment holes. The chucks are adjusted in a grid of 200mm. In this way, magnetic chucks, vices, workpieces and fixtures can be clamped repeatably within seconds. Optionally we offer on request additional mounting holes for your machine table.
UNILOCK clamping stations are designed to combine high clamping forces and low heights. They include
InformationFunctionClamping ChucksClamping TowersClamping PrismClamping StationsClamping PalletsVacuum Pallets
UNILOCK Clamping pallets are produced out of steel or aluminum and are grinded on both sides. Depending on your application, they are available as blank or grid version as well as ROC mineralcast/steelcover version. They are used for fast assembly and are delivered incl. Clamping knobs with inside micrometer of 200mm.
UNILOCK Clamping pallets are produced for general use. They have the following characteristics:
Clamping pallets available in steel or aluminum have been designed for quick fixture construction and are supplied with clamping knobs and handles. They are suitable for UNILOCK clamping stations as well as for UNILOCK clamping chucks with built-in dimensions of 200mm.
Vacuum Clamping plates can be mounted directly on the machine table or for a quick change with UNILOCK Clamping knobs. They are preferably used for synthetic materials, aluminum machining and non-magnetizable materials.
Vacuum clamping plate specifications
Vacuum Clamping plates are availabe in different dimensions and material thicknesses. Due to its extensive use in combination with the UNILOCK zero point clamping system, each plate has standard mounting holes for UNILOCK clamping knobs on its bottom.
The vacuum removal takes place externally on all clamping plates. In addition all plates have a revolving Clamping groove with the following features:
For a solid use, these chucks are provided with high-precision, play-free clamping rings made out of hardened steel or they offer a support ring as an addition to System 40 clamping knobs . This guarantees a low-wear operation.
Depending on the application, clamping chucks are available for smaller or larger workpieces and pallets. With clamping chucks in special design, it is also possible to handle plate sizes over 1 meter and weights of up to 20 tons.
To increase the pull-in forces, the UNILOCK system also offers a TURBO EFFECT via the double-acting piston. Here, the piston head is additionally subjected to compressed air during the locking process.
The function of the UNILOCK automation chucks is illustrated below using the example of the ESA 110 automation chuck.
1 Clamping ring
The high-precision, backlash-free UNILOCK Automation clamping ring is made of hardened steel and is suitable for solid use.
2 Housing
Depending on the application, UNILOCK Automation chucks are manufactured in different versions.
Material: steel, hardened, rust-resistant.
3 Clamping wedges
Solid clamping wedges made of tough steel, hardened for a secure locking of the clamping ring.
4 Piston
The piston with high-quality sealing elements and toggle actuation ensures a uniform movement of the clamping wedges.
5 Springs
Springs made of durable quality steel ensure that the clamping force is maintained in the unpressurised state.
InformationFunctionClamping ChucksClamping UnitsClamping Knobs - Clamping Rings - Centering UnitsRobotic Interfaces
Our UNILOCK Automation clamping chucks range is divided into clamping chucks using UNILOCK clamping knobs (UNILOCK standard principle) and clamping chucks using UNILOCK clamping rings (UNILOCK automation principle) . Chucks based on the UNILOCK standard principle have been developed as an automation starter version, since the costs associated with using UNILOCK clamping knobs are lower than for chucks with UNILOCK clamping rings . Each automation clamping chuck was developed for a specific application, mostly depending on the pallet size and pallet weight to be transported.
This UNILOCK Automation clamping chuck was developed for automation with robots or pallet changing systems. It has a built-in emulsion drain as well as a reduced ring support with sealing air. The opening control is controlled by a microvalve.
A system control is also part of the chuck. For low-wear work, the combination with the UNILOCK clamping bolt (centering collar length 10mm) and hardened UNILOCK support ring 70x5mm is recommended.
The UNILOCK Automation clamping units are made of steel and suitable for the construction of autonomous clamping areas.With a powerful clamping point they are suitable for immediate use. These UNILOCK Automation clamping units have four clamping wedges and four hardened and ground centering units. The media feedthrough for a clamping device is provided.
As a counterpart to the UNILOCK Automation clamping units, we also offer clamping pallets for the respective clamping units. Predominantly, however, clamping pallets are manufactured according to customer requirements.
The automation units are made of steel and suitable as powerful clamping areas for immediate use.
They are supplied with 4 clamping wedges and 4 hardened / grinded centering units. Media duct for clamping devices operation is provided.
Due to the different weight requirements for robot loads, workpieces and machine table loads, all UNILOCK automation chucks have their own clamping rings. The exception is the ESA 120/70 clamping chuck, which was developed according to the UNILOCK standard principle . The application of the UNILOCK automation clamping rings is identical to the one of the UNILOCK clamping knobs. The arrangement of centering, compensation and clamping rings is to be handled as usual.
These high-precision centering elements enable pallet positioning and individual alignment in conjunction with UNILOCK automation chucks. The advantage lies in the conical face connection with integrated blow-off function through the fastening screw.
Different coupling systems have been developed for changing pallets using robots. Robot interface 105-65-RK3 as clamping knob adapter and robot interface RK5 as double-knob gripper. Both UNILOCK robot interfaces can be adapted to most robot interfaces. The RK3 has a knob-bolt system and is designed for pallets up to 500kg. The RK5 was specially designed for heavy duty pallets and has a sturdy two-knobs system.
This robot interface has a one-bolt system and is designed for pallets up to 500kg. The robot coupling is derived from the UNILOCK AFM 105-65 superstructure clamping chuck, which is additionally modified with two indexing bushings 10mm. The installation to the desired robot is easy and simply as possible, the associated pallet interface is optimally designed accordingly to customer requirements.
This robot interface was specially designed for heavy duty pallets and has a robust two-knobs system. The built-in, so-called blocking air is an opening query reached to ensure safe loading and unloading . The addition of customer requirements for the desired robot as well as the associated pallet interface can be optimally carried out. We are glad to assist you with your design and provide you with the best interface for you.
The UNILOCK 5-Axis clamping system series was specially developed for 5-sided machining. Due to the modular structure and the variety of chucks, the system can be assembled individually for many applications and combined again and again. There are no limits to the possible combinations!
The wide range of base chucks, add-on chucks, elevations and accessories guarantees the realization of different heights, docking at interfaces and the machining of complex workpieces. UNILOCK 5-Axis clamping systems can be mounted on T-slot tables, perforated grid systems and directly on machine tables. The UNILOCK 5-Axis clamping system has also been designed to guarantee a continuous interface with all UNILOCK clamping chucks.
The UNILOCK 5-axis zero point clamping system impresses with its flexibility and combines the following features:
The UNILOCK 5-Axis clamping system offers optimum clamping possibilities for complex workpieces. The media-free, manual operation simplifies the design and the application. Factors important to the system are shown below.
1 CLAMPING KNOB
It connects the Clamping chuck to the work piece. The mounting method depends on the work piece weight or the machining process. Important is to choose the appropriate sized thread.
2 REDUCTION
Reductions offer a better work piece accessibility so work pieces with a limited supporting surface can be clamped.
3 ASSEMBLY CHUCKS
Assembly chucks are available in different length for reaching the required operation height.
4 BASE CHUCKS
Base chucks are the foundation and are used to mount on machine tables for flexible mounting variations.
5 OPERATION
The operation is done media-free and manual for a maximum tightening torque of 15Nm. The clamping wedges are opening and closing over a thread spindle.
6 FIXATION
Mounting and assembly can be realised easily over its different fixation versions.
The UNILOCK 5-Axis clamping chucks are divided into base chucks and add-on chucks. The base chucks are placed directly on the machine table with different or with base heightenings. The extension chucks are used to increase the base chucks. Combined with both elements, different heights can be achieved.
UNILOCK base mountings / risings are used as a solid base for the assembly of UNILOCK 5-Axis Base chucks. Without the help of clamps, these base mountings / risings can be mounted on all machine tables. They are also designed to be placed on big grids, the different variations offer a perfect selection for the assembly on many surfaces.
The workpiece to be machined or the device to be machined can be constructed by means of reductions, workpiece holders or clamping knobs. The choice of the desired interface adapts to your needs. .
In order to be able to clamp components with a small contact surface, so-called reduction adapters are available, for even better access to the workpiece. There are soft and hard reduction adapters available which are attached to the workpiece with ordinary mounting screws. As a supplement, reduction adapters are also available, which are fastened using standard screws. One of these variants was developed with an additional recess in order to be able to individually set the height to the workpiece with milling mandrel rings.
With Reduction adaptors, work pieces with limited supporting surfaces can be clamped. Soft versions can be machined for each different application.
All Reduction adaptors provide better work piece accessibilities. On request, also reductions with heights of 75mm or 100mm are available.
Securing workpieces at different heights is not always an easy task.
Our UNILOCK 5-Axis height adjustment adapter provides a solution. It can be quickly assembled on UNILOCK 5-Axis base chucks, UNILOCK 5-Axis add-on chucks or all pneumatic UNILOCK clamping chucks to compensate for workpiece height. Heights between 50mm and 75mm are adjustable with only one adapter.
This adapter compensates for different heights when clamping workpieces. Heights between 50mm and 75mm are adjustable with only one adapter.
Each UNILOCK clamping bolt is unique in itself. But they all have one thing in common, they provide strong support, stability and safety! It is the strongest in zero point clamping technology as well as consistent and compatible since its introduction in 1996.
所有UNILOCK夹紧旋钮也可用tainless steel. It should be noted that the load forces for safety reasons are to be reduced by 30%.
The UNILOCK Clamping knob provides commonality and interchangeability between all Standard Clamping chucks. Due to the high proportion in the centering taper and a thick-wall, low-profile construction, these Clamping knobs perfectly suit heavy-duty machining. Outstanding performance will be achieved by the backlash-free short taper centering and the self-locking clamping contour.
1 TAPER PLANAR SUPPORT
High-precision taper planar support for a high, form-locking and low wear power transmission. This high taper-to-taper contact ratio is able to provide high repeatable accuracies of <0.005mm over long term utilization. (Some Clamping knobs achieve repeatability accuracies of <0.001mm).
2 LOCKING SURFACE
A massive contact surface provides high power transmissions in the area of entry- and retention force. The 15° clamping surface ensures an involuntary opening of the clamping system by self-locking.
3 INSERTION RADIUS
The big radius facilitates the damage free manual loading operation and the placing of the Clamping knob.
4 CENTERING
Standard centering: Dia. 25mm, Length 5mm. Special diameters and lengths are available on request.
5 FIXATION
Standard fixation: M12 inside the knob as well as step bores for thru fixation M10. Additional thread sizes: M16 and M20 in the knob as well as step bores for thru fixation M12 and M16. As an indexing by fixation of the internal thread, a hexagon form is included in the Clamping knob.
The robust design of the UNILOCK clamping knobs are ideal for heavy-duty machining due to the high load-bearing capacity in the centering cone. Outstanding are the precise, backlash-free short taper centering and the self-locking clamping contour.
All mentioned clamping knobs are also available in stainless version on request. It should be noted that the load forces for safety reasons are reduced by 30%.
This UNILOCK 5-Axis Positioning-kit is used for a precise and grid-free positioning of UNILOCK 5-Axis Base chucks on the machine table.
The UNILOCK Positioning-Kit can for example be fixed with the upper screw (S1) in a Weldon chuck with dia. 25mm (ISO 40, ISO 50, HSK forms).
The second screw (S2) remains loose. By driving into the 5-Axis Base chuck, the Clamping knob can deflect for 2-3mm. In addition, an O-Ring of 5mm wall thickness serves as a damper.
The UNILOCK 5-Axis clamping system series 25 was specially developed for the 5-sided machining of small workpieces.
In order to be able to fasten these optimally, the proven UNILOCK clamping knob with a diameter of 25mm was designed.
With this system series, the standard UNILOCK 5-Axis system can be widened in height and reduced in size to the interface. There are no limits to the possible combinations!
The wide range of base chucks, add-on chucks , elevations and accessories guarantees the realization of different heights, docking at interfaces and the machining of complex workpieces. UNILOCK 5-Axis clamping systems can be mounted on T-slot tables, perforated grid systems and directly on machine tables. The UNILOCK 5-Axis clamping system has also been designed to guarantee a continuous interface with all UNILOCK clamping chucks .
The UNILOCK 5-Axis zero point clamping system System 25 impresses with its flexibility and combines the following features:
The UNILOCK 5-Axis zero-point clamping system offers optimum clamping for small workpieces. The media-free, manual operation simplifies the design and the application.
This system series can be wonderfully combined with the UNILOCK 5-Axis System 40 in order to optimally process even smaller workpieces in height. Factors important to the system are shown below.
1 Clamping bolt
The UNILOCK clamping knob connects the workpiece, the device or the clamping pallet with the UNILOCK clamping chuck. The small UNILOCK clamping knob with a diameter of 25mm is attached to the workpiece with an M10 clamping screw.
2 Reduction
Reductions offer the advantage of being able to clamp components with a small contact surface. The workpiece accessibility is considerably increased.
3 Assembly chucks
The add-on chuck is available in height 50mm and serves to increase the UNILOCK 5-Axis System 25 base chuck. In combination with two or more chucks, a different high construction can be achieved.
4 Base chuck
The base chuck is used for mounting on the machine table and forms the foundation of the UNILOCK 5-Axis System 25 series. It can also be mounted on all UNILOCK System 40 chucks via the integrated, bottom-side mounting fixture for UNILOCK standard clamping knobs. The base chuck is available including anti-twist device.
5 Operation
The operation of the UNILOCK 5-axis system is media-free and manual. The clamping wedges are opened or closed via a threaded spindle. The maximum tightening torque of 15Nm must be observed.
6 Fixation
The flexible mounting options of the 5-axis system simplify installation and setup.
The UNILOCK 5-Axis System 25 clamping chucks are divided into base chuck and add-on chuck. The base chuck can be placed directly on the machine table or mounted on a UNILOCK System 40 chuck using a UNILOCK standard clamping knob. The expansion chuck serves to increase the base chuck. Combined with both elements, different heights can be achieved.
The workpiece to be machined or the device to be machined can be constructed by means of reductions workpiece holders or clamping knobs. The desired interface can be selected as needed.
The use of soft or hard reduction adapters makes it possible to clamp components with a small contact surface for even better access to the workpiece. The soft reduction adapters can be easily processed for any requirement.
The UNILOCK 5-Axis reductions are supplied with clamping knobs. For the system 25, the small clamping knobs, which were developed especially for this system, are used.
If different heights should be achieved, it may happen that so-called compensation chucks are needed. The UNILOCK 5-Axis System 25 offers height compensation chucks for the base as well as for the body design. With the help of these chucks you can optimally balance your desired height.
This chuck is designed to adjust heights of work pieces with different high mounting conditions. Heights are adjustable between 72 and 80mm.
This chuck is designed to adjust heights of work pieces with different high mounting conditions. Heights are adjustable between 72 and 80mm.
The powerful UNILOCK Standard Clamping knob is available for the UNILOCK 5-Axis System 25 with smaller diameter 25mm. The stability, reliability and all advantages of the UNILOCK clamping knob are also combined in this small clamping knob variant.
This Clamping knob with Ø 25mm has been developed after the solid example of the UNILOCK Clamping knob System 40 and combines stability as well as reliability.
UNILOCK 5-Axis Flex is a three-dimensional Zero-point clamping system because of its universal use. It combines the following features:
UNILOCK 5-Axis Flex 50 combines as three-dimensional Zero-point clamping system the following features:
The secured UNILOCK 5-Axis FLEX is equipped with a different mechanism to all other innotool austria chuks and works with a ball principle. The ball element has the advantage that the angle of inclination of the clamping ball to the machine table is infinitely adjustable.
1 FLEX CLAMPING BALL
The Clamping ball can be fixed over screws to the work piece or to a raw surface. The mounting screw is located through the ball and a calotte ring to the work piece. The UNILOCK FLEX Clamping ball consists of three elements, the Clamping ball, a calotte ring for centering as well as a mounting screw.
2 FLEX SPANNELEMENT
The UNILOCK FLEX Clamping elements include a designed calotte support for exact positioning. The developed Clamping mechanism fixes the Clamping ball safely in the Clamping element and allows in addition an angle deviation of up to 15°. By turning the Clamping mechanism, the Clamping ball can be fixed in its particular angle position. This brings the advantage that the Clamping ball not only can be placed in a right angle to the work piece but also in a deviating angle (up to 15°).
The UNILOCK 5-Axis System FLEX is divided into base chuck and add-on chuck. The base chuck can be mounted directly on the machine table, the expansion chuck with its standard UNILOCK clamping knob serves for mounting on UNILOCK 5-Axis or standard chucks.
此外,UNILOCK FLEX抛掷五轴系统can be positioned to balance a workpiece or workpiece fixture thanks to an adjustment device that is provided to adjust the height position of the female member.
The best effect against vibration and instability in the milling process is achieved with a support in the force-acting direction of machining, as well as at static weak points.
For this reason, the following features have been taken into account in the UNILOCK 5-axis stabilizer:
3D Support with telescopic function
Precision shaft with the possibility of extension and clamping
Built-in clamping ball for turning and swiveling function, attached to each surface
UNILOCK五轴稳定剂可用于文章many machining operations and consits of flexible mounting elements for the assembly on a work piece as well as on a machine table. The following drawing shows an overview of application possibilities.
The assembly of the UNILOCK 5-Axis Stabilizer on the work piece can be made in different ways:
Fixing screw (max. M10) directly through the clamping ball on the work piece. For the required distance from the work piece to the clamping ball, different spherical calottes are available
五轴稳定剂Magnet with fixed ball-connection
五轴稳定剂Brass bracket on frames and rails
The assembly of the UNILOCK 5-Axis Stabilizer to the machine table can be made in different ways:
Fixing screw (max. M10) directly through the clamping ball to the machine table. For the required distance from the machine table to the clamping ball, different spherical calottes are available
五轴稳定剂Magnet with fixed ball-connection
五轴稳定剂Fixation to UNILOCK clamping chucks
To get started with the topic Stabilizing workpieces during the CNC operation process, we offer a set of UNILOCK 5-axis stabilizer parts that can be used for many applications. With the included case, the UNILOCK 5-axis stabilizer set can also be easily organized and safely stored.
The base kit was put together so that workpieces can be easily and quickly stabilized with the existing components. It includes a telescopic clamp and two extension rods to achieve the desired stabilization length. The fastening set for the UNILOCK System 40 enables direct connection to UNILOCK standard chucks as well as UNILOCK 5-Axis basic and add-on chucks.
UNILOCK 5-Axis Stabilizer consists of the telescopic-clamping unit as the base element and extension rods for a fine adjustment and exact setting of the length to be stabilized. Magnetic elements, brass brackets, adapters for the standard UNILOCK system 40 and various screw fasteners are available for mounting on the workpiece or on the machine table.
The telescopic clamping unit is the basic element of the UNILOCK 5-axis stabilizer. It connects the workpiece to the machine table and can be adjusted to the desired length.
The QX technology comes with many improvements, both mechanical and magnetic. The use of coherent block pole fields in the monolithic frame construction of the magnetic chuck significantly increased the rigidity compared to the old single-pole technology - despite the lower overall height. Likewise, the revolutionary block field technology reduces the epoxy resin surfaces and improves the magnetic retention force and the air gap behavior. The threads in the soft magnetic poles are provided with wear-resistant tool steel inserts.
It is available for plates in different heights and clamping blocks. Two different pole sizes can be selected, 50*50mm and 70*70mm.Poles with the size of 50*50mm generate a magnetic field which enters about12mm and poles with the size of 70*70mm generate a magnetic field which enters about 18mm into the work piece. Both pole sizes have their advantages for various big work pieces.
Nominal retention force:
Pole 50*50mm = 160N /cm² = 4kN per pole
Pole 70*70mm = 160N /cm² = 7,8kN pro Pol
Fix Pole extensions are used to specify the three-point contact when used in combination with movable Pole extensions. Mobile Pole extensions are an important support to clamp work pieces on their complete surface area, warping free.
1 Thread tip-free three point support with fix and movable Pole extensions for automatic adaptation on the work piece.
2 Produce quickly a parallel surface by using Pole extentions:
Roughing 1. face
Turn work piece, roughing 2. face
Turn work piece, finish 1. face
Depending on the workpiece or machine table, different magnetic clamping plates are available. They vary in shape, height and magnet power as well as in their pole arrangement and pole size. The correct control system for the respective magnetic chuck can be easily found in the lower tables by quoting the short name. Let us know your requirement, we will help you to choose your chuck.
Superlight, 51毫米高查克QX技术50 poles. The HE50 is designed for tool and machine construction. It is suitable for clamping smaller and thin-walled workpieces. Clamping slots on two sides and the possibility of piercing the magnetic clamping plate in many places, allow fast, flexible installation.
Controllers of the ST series are state-of-the-art. They are short-circuit proof and equipped with a current control to check the complete magnetisation. It can be switched either individual plates or entire tables. An integration into the machine control is possible without any problems. The model ST 211 Grind is equipped with 8-stage holding force regulation and special demagnetizing cycle for the control of grinding plates.
The control short-name given in the tables below helps to find the right control for the particular magnetic chuck. These abbreviations are also given in the magnetic chucks.
Magnetic pole extensions are basically divided into fixed and mobile pole extensions. Fixed and mobile pole extensions on your square pole clamping systems enable the clamping of wavy and warped metal parts. They adapt to the workpiece and keep it safe. The individual points of contact between the magnetic clamping plate and the workpiece can be defined individually. This makes it possible to drill and machine inner edges on magnetically clamped workpieces. Additional pole extensions can be installed in the shortest possible time or remove interfering, so each workpiece has its individual clamping device in an instant.
Magnetic chucks with pole extensions are also suitable for 5-sided machining. Complex structures for hard to clamp work pieces can be added into the magnetic active surface with pole plates. The following characteristics are decisive:
Vibration-free operation and clamping of work pieces
Protection for the magnet clamping plate
Flexible in the mounting height
Interfering contours free milling and drill through is possible
No vacuum adhesion between magnet clamping plate and workpiece
Easy removal of the work piece also with high-alloyed / hardened materials
To complete the UNILOCK chuck system, we also offer mechanical clamping systems for different applications. This leads to versatile mounting options that meet your customer needs even better.
UNIVICE machine vises are operated mechanically and are suitable for every range of parts. From raw materials to high-precision machining part different vise models are offered. A large baking program enables the most flexible applications.
The power transmission high-pressure machine vises as well as single and centric clamps can be used on tooling machines, machining centres, 5-axis machines and other milling- and boring machines.
Features
The solid UNIVICE machine vises combine the following features:
Stable body made of ductil cast iron GJS-600
Large spans through the use of step jaws as well as step rails for clicking in
Mechanic-hydraulic spindle, completely encapsulated, wear-resistant and maintenance-free (no threads in chips area)
令人信服的quick-adjustment of the clamping span
Compact design, constant length for machining centers
Mounting holes Drm. 25H7 for holding UNILOCK clamping knobs
Depending on the range of parts, different versions of vices are listed below. UNIVICE machine vises have a uniquely simple clip-in system for the use of step rails. By turning 180 °, the jaws can be moved quickly and safely to the desired position.
UNIVICE High-pressure machine vices have a constant construction length with hardened and precision-grinded guide rails.
For a more flexible use of your vices, we offer an increase for many common vise brands. Up to a width of 125mm, the vices can be mounted on our ROC vice to suit your mounting options.
Fabrics with the following dimensions can be mounted:
Mineral cast is a two-part-system, consisting of mineral particles and an epoxy casting resin as binding material. The main materials in the finished mineral cast are minerals with about 90 weightpercent. The epoxy casting resin consists of liquid resin and curing agent. Mineral cast will be molded, by using a cold-castprocedure at room temperature, into precise negative forms. The minerals will be a combination of different mineral sizes and the liquids, which will be intensively mixed together under a special procedure. After that, the mixture will be cast into the forms under vibration and a homogeneous structure is created. The hardening afterwards is an exothermic process and takes about 12 hours. The cast can then be put out of the forms and the forms can be prepared for the next process.
A relevant advantage of this procedure is that the results are accurate to shape and measure. That’s why machine elements like thread inserts, plates, guidances and tupes for example can be placed exactly into the cast and don’t have to be reworked or finished after the shaping. Another advantage especially for the application and clamping device production are the good vibration damping, the low weight (Tightness 2.3 kg/dm3) of the material and the various design possibilities. Subsuming can be noted that the mineral cast is having lots of advantages for the end customer like efficient use on machine centers (speed, tool wear, finish quality), short procurement time and interesting procurement prices. The specific material properties require an adjusted engineering according to each application. They enable flexible solutions, however, particularly in the fixture construction and therefore contribute to the economical use of the procedure.
Using our ROC Mineral cast technology, high-precision clamping towers, clamping pallets, grid towers, grid pallets as well as customized items are produced.
The ROC brand was created in 2008, since then ROC mineral castings are produced directly in our production plant in Altach. A production process designed according to the latest technical requirements as well as a modern, air-conditioned production hall guarantee products of the highest quality.
The ROC process is designed so that customer-specific forms and casts are economically possible even in very small batches. In the size of the casts, we are very flexible and can implement dimensions of up to 1000mm x 1000mm or about 500kg standard . We are glad to provide our know-how in this area in order to be able to offer you added value in terms of design and construction . We look forward to giving you advice on the use of ROC® Mineral cast technology for your own components and to show you possible cost-reducing potential.
The search for alternatives to metallic raw materials - in machine tool building especially - started during the Second World War already. The main focus was on improved vibration dampening and good material availability. At that time, first tests on concrete beds for turning machines were made in Germany, which were not very successful in the beginning.
只有大约1960机床床制造ed industrially from hydraulic concrete. However, this concrete had two crucial disadvantages: a very low tensile strength and its problematic performance towards liquids. Later on, mechanical parts were produced from polymer concrete, which was already well known in the building industry. After some years searching for an adequate binder, the epoxy-based mineral cast established itself. The deficiencies of the hydraulic concrete could be avoided, but the production was still challenging and expensive.
70年代末,公司的磨臼利ne sector started producing grinding machine beds from mineral cast. Also smaller companies of other fields started using mineral cast, so that the use of the material became popular in the 80ies in the machine tool building. In the 90ies, the material was so well-developed, that different manufactures in Switzerland, Germany and the United States used it to produce measuring systems, woodworking machines and devices.
Today, mineral cast technology is considered to be tried and tested as well as an economical alternative to metallic material for serial production of machines and tools. Design guidelines as well as material data are established.
TOOLFIX MONO is a rigid tool-mounting tool with fixed tool adapters. Due to its enormous stability, it is particularly suitable for large, heavy applications and for the use of only one adapter type. Almost all comon tooladaptor-types are available from stock, like ISO, VDI, INDEX-VDI, HSK Formen A-F, CAPTO, WFB as well as KM. In addition, we offer the service of producing also your TOOLFIX Special adapter for your specific tooltype.
The TOOLFIX unit can be fastened easy and simple to a work-bench or a tool cabinet. It can be fixed from the top with 4*M10 screws (threaded inserts in the table) and also from the bottom with 4*M12 screws (length of the screws depends on the thickness of the table).
The TOOLFIX mounting device consists of a base body and an adapter as desired. It is divided into TOOLFIX MONO with fixed adapter and TOOLFIX VARIO with replaceable adapter.
上,金色按钮激活身体固定在底座上s the TOOLFIX swivel function. The base body which is used for the VARIO version also has a smaller, golden button on the side which is used to change the adapter. Depending on the type of adapter, these have clamping fingers or clamping levers which hold the tool in the adapter cup. Against rotation, anti-rotation pins are provided on the adapters.
The tool can be swivelled into the ideal set-up position by pressing the locking bolt and the tool can have an 8*45-degree divisions. Division locking is carried out automatically.
The tool is automatically secured when placed in the adaptor. The ISO clamping fingers can be adjusted to suit the given type of tool (MAS-BT/ANSI/DIN). Only a withdrawal of the bolt will release the tool. For heavy tools is recommended to turn the tool in a horizontal position and to secure the clamping finger. Now with both hands the tool can put out of the TOOLFIX.
TOOLFIX Assembly systems offer maximum ease of operation with their unique clamping system. They have ideal ergonomics through 45° adapter division with automatic locking of the used tool. This guarantees maximum safety for the operator and tool.
TOOLFIX Assembly systems are a must for the modern assembly shop!
The TOOLFIX Vario version includes a fast-change-lock for exchanging different kind of adapter types by only using one base unit. From stock, almost all common tool adapter types such as ISO, VDI, INDEX-VDI, HSK forms A-F, CAPTO, WFB and KM are available for insertion into the TOOLFIX Vario body. In addition, we offer the service of producing also your TOOLFIX Special adapter for your specific tool type.
The TOOLFIX unit can be fastened easy and simple to a work-bench or a tool cabinet. It can be fixed from the top with 4*M10 screws (threaded inserts in the table) and also from the bottom with 4*M12 screws (length of the screws depends on the thickness of the table).
The TOOLFIX mounting device consists of a base body and an adapter as desired. The TOOLFIX Vario consists of a base body and one or more interchangeable adapters.
上,金色按钮激活身体固定在底座上s the TOOLFIX swivel function. The base body of the VARIO version also has a smaller, golden button on the side which is used to change the adapter. Depending on the type of adapter, these have clamping fingers or clamping levers which hold the tool in the adapter cup. Against rotation, anti-rotation pins are provided on the adapters.
The tool can be swivelled into the ideal set-up position by pressing the locking bolt and the tool can have an 8*45-degree divisions. Division locking is carried out automatically.
The tool is automatically secured when placed in the adaptor. The ISO clamping fingers can be adjusted to suit the given type of tool (MAS-BT/ANSI/DIN). Only a withdrawal of the bolt will release the tool. For heavy tools is recommended to turn the tool in a horizontal position and to secure the clamping finger. Now with both hands the tool can put out of the TOOLFIX.
THE First-Aid Formula for Turning holders
1 Base holder (left/right) + 4 Turning heads = 50 combinations!
Adjustment: 6*10° (left + right)
Chamfering: adjustment possible every 2.5 °
Scope of delivery: incl. Plastic case
IT400.010 - ITOOL Start up-kit
The ITOOL Start up-kit will be delivered in a plastic case and includes the following articles: ITOOL Turning holder, Turning heads DC11T3 and VC1604 as well as mounting screws and Allen key.
IT400.011 - ITOOL Complete-kit
The ITOOL Complete-kit will be delivered in a plastic case and includes the following articles: ITOOL Turning holder, Turning heads CC09T3, DC11T3, SC09T3 and VC1604 as well as mounting screws and Allen key.