Discover innovative industrial automation solutions through our comprehensive portfolio of products, technologies, and engineering capabilities. Combining our own expertise with the strengths of trusted global partners, we deliver a wide range of automation solutions designed to support the evolving needs of modern industries. From advanced components to integrated systems, our solutions are developed to enhance operational efficiency, improve productivity, and provide reliable performance across diverse industrial applications. Through continuous innovation, technical excellence, and strong collaborations, we help businesses achieve smarter, more efficient, and future-ready automation environments.
Test & measurement equipments
Leak Tester LTC-902
LTC-902 Configurable Multi-Channel Leak Test Computer delivers fast, precise, and reliable industrial leak testing and flow measurement. With flexible single- or multi-channel configurations, easy integration, and outstanding repeatability, it is the ideal solution for high-performance manufacturing and quality control applications.
Leak Tester LTC-802
LTC-802 Configurable Single Channel Leak Test Computer delivers precise, reliable industrial leak testing with flexible configuration for a wide range of test methods. Designed for seamless production line integration, it offers intuitive operation, excellent repeatability, and customizable testing to meet diverse manufacturing and quality control requirements.
Leak Tester LTC-502
LTC-502 Leak Test Computer is a cost-effective solution for fast, accurate industrial leak testing and volume measurement. Designed for simple testing applications, it offers reliable performance, intuitive operation, and seamless integration into automated production and quality control systems.
Leak Tester LTC-503
LTC-503 Leak Test Computer delivers high-performance industrial leak testing with exceptional value, combining advanced measurement technology, flexible test methods, and intuitive operation in a durable entry-level solution. Designed for machine builders and production environments, it offers faster test cycles, easy integration, remote connectivity, and reliable performance for a wide range of applications.
Motion control components
Spherical Rolling Joint (SRJ)
Spherical Rolling Joints (SRJ) provide high-precision, high-rigidity multi-degree-of-freedom motion with zero-clearance rolling technology. Designed for compact and reliable parallel mechanisms, SRJs deliver smooth movement, low friction, and exceptional accuracy for advanced precision engineering applications.
Spherical Rolling Joint Short Shaft Type (SRJS)
SRJS Spherical Rolling Joint Short Shaft Type (SRJS) delivers the same high precision, rigidity, and zero-clearance performance as the standard SRJ in a more compact, space-saving design. Ideal for semiconductor, optical, and precision positioning applications, it reduces installation height while ensuring easy compatibility with existing systems.
Ball Spline Unit With Integrated Rotary Bearing
Ball Spline Unit with Integrated Rotary Bearing combines linear motion, rotary movement, and suction capability in a compact, lightweight design. Featuring a pre-assembled ball spline, rotary bearing, and timing pulley, the HRSU delivers precise Z-axis and θ-axis motion for high-performance automation applications such as pick-and-place systems, mounters, and handlers.
Positioning & automation systems
Z Tilt Stages
Z Tilt Stages provide precise angle and height adjustment for positioning and alignment applications. Featuring three wedge-type Z-axis modules and HEPHAIST spherical rolling joints (SRJs), they deliver smooth, stable, and accurate tilt control for high-precision industrial and laboratory environments.
XYθ Stages
XYθ Stages deliver ultra-thin, high-precision positioning with smooth X, Y, and rotational (θ) motion. Designed for semiconductor, inspection, and precision manufacturing applications, they offer exceptional rigidity, accurate alignment, and flexible movement in a compact, low-profile design.
Ultra Precision Stages
Ultra Precision Stages deliver ultra-accurate nanometer positioning with exceptional stiffness and high positioning accuracy. Featuring a ball screw and wedge-type speed reduction mechanism with cross roller guides, they provide smooth, stable motion for semiconductor manufacturing, optical alignment, and precision inspection applications.
Test & measurement equipments > Leak Tester LTC-802
The LTC-802 high-precision leak tester is a flexible single-channel solution designed to deliver accurate, consistent, and repeatable results across various leak testing applications. Unlike conventional leak testing systems, the LTC-802 can be configured according to individual customer processes, offering the adaptability required to fulfil specific testing needs. Whether handling standard or customized leak test applications, each unit is precisely optimized to match the required measurement range and resolution of the component being tested — from small to large test volumes, from vacuum applications to high-pressure testing, and from mass flow measurement to differential pressure testing.
Versatile and flexible use
User-friendly operation
Adaptation to specific test requirements
Intuitive interfaces
Integration into production line
The LTC-802 features intuitive user interfaces designed for simple and convenient operation, similar to the experience of using a smartphone. It allows complete control of the testing process, whether integrated with a PLC system or operated independently. The leak test computer provides comprehensive communication capabilities, enabling seamless integration of leak testing functions into existing production environments. It also offers a wide range of options for test data handling, analysis, and reporting. With the LTC-802, all essential leak testing functions can be managed efficiently within one complete solution.
Types of Leak Test
The LTC-802 is capable of performing various types of leak tests using the following methods:
- Pressure change method (A)
- Pressure differential method (R)
- Pressure increase method (S)
- Volume determination (C)
- Closed component method with pressure change method (DA)
- Closed component method with pressure differential method (DR)
- Mass flow method (M)
- Flow method (Q)
- Back pressure and/or blockage test
- Special measurement method
Key Specifications
- Test pressure accuracy ± 2 % of control range (other precision on request)
- Test pressure resolution 1 Pa (other precision on request)
- Differential pressure sensor resolution 0.01 pa (other precision on request)
- Flow accuracy ± 2 % of measuring range (other precision on request)
- Pressure ranges 2 mbar absolute to 500 bar relative
- Flow ranges 1 ml/min to 450 l/min (more on request)
- Volume ranges 1 ml to >1,000,000 ml
The LTC-802 offers the right leak testing solution for any application.
- Evaluation of pressure and/or flow
- Customized sensors and actuators for any type of application.
Leak testing with flexible connectivity options
The LTC-802 offers several options for communication with plant systems. Integration with existing IT infrastructure is easy, and data flow can be structured according to plant policies.
Leak-tight communication protocols
The LTC-802 is a networked leak tester and can communicate over a wide range of network protocols used in the automation industry:
- Digital IO Control
- RS232
- PROFINET
- PROFIBUS
- EtherCAT
- EtherNet/IP
- DeviceNet
- OPC UA
- TCP/IP (RawSockets, ZMQ, activeMQ, etc.)
Custom protocols can be implemented quickly by innomatec’s team. Results, diagrams and pressure curves are available via WindowsShares or FTP.
Supports common peripherals
The LTC-802’s full PC functionality allows it to connect and exchange data with typical peripherals, such as:
- Barcode scanners
- Part marking systems
- Printers
- RFID readers
The LTC-802 is equipped with flexible operating options to ensure comfortable and efficient operation for all requirements:
The right leak testing solution starts here
As the official distributor of Innomatec, we help you find the best solution for your application. Contact us today to get started.
Test & measurement equipments > Leak Tester LTC-502
The LTC-502 leak test computer is the cost-effective entry-level solution within our established range of high-performance leak testing instruments. It provides an ideal introduction to leak testing and is well suited for straightforward testing applications. The system delivers fast and accurate measurements while supporting commonly used leak test methods and volume measurement applications, ensuring reliable and flexible performance. Its well-designed instrument concept, combined with intuitive operation through the illuminated 4-line display, makes the LTC-502 especially simple and convenient to operate.
Affordable entry-level model
Fast & accurate measurements
Flexible and reliable
Simple operation and intuitive control
Possibility of integration into test sequences
The LTC-502 can be expanded with various mass storage solutions and hard drive options to meet different data management requirements. Through its wide range of interfaces, it can be integrated into fully automated testing systems and production sequences, while also providing direct control of smaller test fixtures. The system includes user management functions along with customizable settings for language and measurement units. An integrated ring buffer (FIFO) securely stores the latest 2,000 measurement results. The LTC-502 enables direct communication with peripheral devices for efficient data transfer, result management, analysis, and machine control.
Types of Leak Test
The LTC-502 is capable of performing various types of leak tests using the following methods:
- Pressure change method (A)
- Pressure differential method (R)
- Closed component method with pressure change method (DA)
- Closed component method with pressure differential method (DR)
- Flow method (Q)
Key Specifications
- Test pressure accuracy ± 2 % of control range (other precision on request)
- Test pressure resolution 1 Pa (other precision on request)
- Differential pressure sensor resolution 1 pa (other precision on request)
- Flow accuracy ± 2 % of measuring range (other precision on request)
- Pressure ranges -750 mbar rel. to 15 bar rel.
- Flow ranges 1 ml/min to 200 l/min (more on request)
- Volume ranges 1 ml to >1,000,000 ml
The LTC-502 offers great flexibility at an affordable price.
- Evaluation of pressure and/or flow
- Customized sensors and actuators for any type of application.
Leak testing with flexible connectivity options
The LTC-502 offers several options for communication with plant systems. Integration with existing IT infrastructure is easy, and data flow can be structured according to plant policies.
Communication protocols
The LTC-502 is a networked leak tester and can communicate over a wide range of network protocols used in the automation industry:
- Digital IO Control
- RS232
- PROFINET
Supports typical peripherals
The LTC-502’s full PC functionality allows it to connect and exchange data with typical peripherals, such as:
- Remote control
- External start-stop
- Ext. vent valve
- Optional language packs
The right leak testing solution starts here
As the official distributor of Innomatec, we help you find the best solution for your application. Contact us today to get started.
Test & measurement equipments > Leak Tester LTC-902
The LTC-902 is a versatile testing solution that combines ease of operation with fast, dependable, and highly precise performance. Designed to meet the demands of modern industrial environments, it offers flexible application options for leak testing and flow measurement, establishing a new benchmark for accuracy and efficiency.
Offered in a range of configurations, the compact LTC-902 can be customized to suit specific industrial applications and individual testing requirements. It is compatible with all standard leak testing methods, making it a practical choice for a wide variety of manufacturing and quality control processes. Compared with the LTC-802, the LTC-902 is capable of supporting single-channel applications involving higher test pressures, larger test volumes, and specialized measurement tasks. It is also available in dedicated two-channel and multi-channel versions for independent and autonomous measurement operations.
Flexible leak testing for a wide range of test methods
Easy to configure, easy to operate
Easy integration into your network
Excellent repeatability
Single or multi-channel testing
The leak test computer features an advanced hybrid architecture with multiple communication interfaces, enabling faster, more dependable, and highly accurate measurement performance. At the same time, it delivers excellent repeatability while ensuring straightforward and intuitive operation. The LTC-902 incorporates carefully selected, high-performance hardware components to maximize reliability and efficiency. Its user-friendly interface follows familiar PC-style operating principles, making network integration and database connectivity simple and convenient. In addition, active testing tasks can be displayed, monitored, and managed through a streamlined and easy-to-use interface.
Types of Leak Test
The LTC-902 can perform a variety of leak tests using the following test methods:
- Pressure change method (A)
- Pressure differential method (R)
- Pressure increase method (S)
- Volume determination (C)
- Closed component method with pressure change method (DA)
- Closed component method with pressure differential method (DR)
- Mass flow method (M)
- Flow method (Q)
- Back pressure and/or blockage test
- Special measurement method
Key Specifications
- Test pressure accuracy ± 2 % of control range (other precision on request)
- Test pressure resolution 1 Pa (other precision on request)
- Differential pressure sensor resolution 0.01 pa (other precision on request)
- Flow accuracy ± 2 % of measuring range (other precision on request)
- Pressure ranges 2 mbar absolute to 500 bar relative
- Flow ranges 1 ml/min to 450 l/min (more on request)
- Volume ranges 1 ml to >1,000,000 ml
The LTC-902 offers the right leak testing solution for any application.
- Evaluation of pressure and/or flow
- Customized sensors and actuators for any type of application.
Leak testing with flexible connectivity options
The LTC-902 offers multiple options for communication with plant systems. Integration with existing IT infrastructure is easy, and data flow can be structured according to plant policies.
Leak-tight communication protocols
The LTC-902 is a networked leak tester and can communicate over a wide range of network protocols used in the automation industry:
- Digital IO Control
- RS232
- PROFINET
- PROFIBUS
- EtherCAT
- EtherNet/IP
- DeviceNet
- OPC UA
- TCP/IP (RawSockets, ZMQ, activeMQ, etc.)
Custom protocols can be implemented quickly by innomatec’s team. Results, diagrams and pressure curves are available via WindowsShares or FTP.
Supports common peripherals
The LTC-902’s full PC functionality allows it to connect and exchange data with typical peripherals, such as:
- Barcode scanners
- Part marking systems
- Printers
- RFID readers
The LTC-902 is equipped with flexible operating options to ensure comfortable and efficient operation for all requirements:
The right leak testing solution starts here
As the official distributor of Innomatec, we help you find the best solution for your application. Contact us today to get started.
Motion control components > Spherical Rolling Joint (SRJ)
The essential multi-degree-of-freedom joints for parallel mechanisms have conventionally been obtained 2 to 3 degrees of freedom with combinations of spherical joints. However, such spherical joints combinations often lead to structural complexity and bulkiness. There are multi-degree-of-freedom sliding spherical ball bearings available, but they come with large frictional resistance and internal clearance issues. Hephaist has developed SRJ – Spherical Rolling Joints as the solutions to all these issues.
- High precision
The moving parts of SRJ are preloaded rolling bearing structure, and it makes SRJ achieved high accuracy with low frictional resistance and zero clearance.
- Downsizing
SRJ achieving higher rigidity and downsizing compared to a combination of rolling bearings with 3 degrees of freedom.
Highly Suited for Parallel Mechanisms
Optimal for parallel mechanisms requiring high precision, high rigidity, and compactness.
- Super-Precise Spherical Surface Processing
Unique Hephaist processing technology provides super-precise spherical surfaces.
| Model number | A | B | C | D | E | F | G | H | J | K (Thread runout) | L | M | N | P | Q (Width across flat) | Mounting hole | V (Permissible angle of swing) | W | ||||||
| R | S | T | ||||||||||||||||||||||
| SRJ004C | Φ19, 0-0.008 | Φ15 | 3.8 | 2.5 | 10 | 6 | M3x0.5 | Φ3.6, g6 | -0.004 -0.012 | 2 | 1 | R0.2 | Φ6 | 1.5 | Φ4.5 | 4 | 2 | 3.5 | 1.5 | ±30° | - | |||
| SRJ006C | Φ25, 0 -0.013 | Φ20 | 5.5 | 3.8 | 11.5 | 8 | M4x0.5 | Φ4.5, g6 | -0.004 -0.012 | 2 | 1 | R0.2 | Φ10 | 2 | Φ6 | 5 | 3 | 5 | 2.3 | ±30° | - | |||
| SRJ008C | Φ30, 0 -0.021 | Φ24 | 7 | 4 | 16 | 12 | M5×0.5 | Φ5.5, g6 | -0.004 -0.012 | 4 | - | R0.3 | Φ11 | 2 | Φ8 | 7 | 3.4 | 6 | 2 | ±30° | M4x0.7 | |||
| SRJ012C | Φ42, 0 -0.02 | Φ34 | 11 | 6 | 20 | 15 | M10x1.5 | Φ11, g6 | -0.006 -0.017 | 2 | 2 | R0.3 | Φ14 | 2 | Φ16 | 14 | 4.3 | 8 | 3.6 | ±30° | M5x0.8 | |||
| SRJ016C | Φ56, 0 -0.03 | Φ45 | 12 | 7 | 32 | 18 | M12x1.75 | Φ12.6, g6 | -0.006 -0.017 | 3 | - | R0.3 | Φ25 | 5 | Φ16 | 14 | 5.5 | 9.5 | 4.6 | ±30° | M6x0.75 | |||
| SRJ024C | Φ74, 0 -0.03 | Φ62 | 17 | 11 | 42 | 23 | M14x2.0 | Φ15, g6 | -0.006 -0.017 | 5 | - | R0.3 | Φ35 | 7 | Φ19 | 17 | 6.6 | 11 | 5.5 | ±30° | M8x1.0 | |||
| SRJ032C | Φ100, 0 -0.035 | Φ84 | 22 | 16 | 60 | 30 | M16x2.0 | Φ6.6, g6 | 0 -0.011 | 6 | - | R0.3 | Φ48 | 10 | Φ25 | 22 | 9 | 14 | 8.6 | ±30° | - | |||
| SRJ048C | Φ136, 0 -0.04 | Φ114 | 38 | 22 | 78 | 38 | M28×2.0 | Φ30, g6 | 0 -0.013 | 6 | - | R0.3 | Φ60 | 10 | Φ36 | 30 | 11 | 17.5 | 10.8 | ±30° | - | |||
- Delivered with rust-preventive oil as standard. If the customer specifies a grease, it will be applied.
- When the axis is turned, the retainer projects beyond the bottom of the housing, so the mounting face on the other side has to be machined to create a recess.
| Model Number | Basic Load Rating C(N) | Static Load Capacity | Permissible Load | Weight(kg) | Permissible angle of swing(°) | ||||
| C(N) | Co(N) | Axial pushing (N) | Axial pulling (N) | Radial (N) | |||||
| SRJ004C | 128 | 100 | 102 | 38 | 64 | 0.015 | ±15 | ||
| SRJ006C | 320 | 280 | 256 | 96 | 160 | 0.036 | ±30 | ||
| SRJ008C | 490 | 540 | 392 | 147 | 245 | 0.06 | ±30 | ||
| SRJ012C | 720 | 770 | 576 | 216 | 360 | 0.18 | ±30 | ||
| SRJ016C | 1170 | 1300 | 936 | 351 | 585 | 0.37 | ±30 | ||
| SRJ024C | 2840 | 3920 | 2272 | 852 | 1420 | 0.93 | ±30 | ||
| SRJ032C | 5800 | 8820 | 4640 | 1740 | 2900 | 2.3 | ±30 | ||
| SRJ048C | 10600 | 16000 | 8480 | 3180 | 5300 | 6.73 | ±30 | ||
The standard product material is SUJ2 (high carbon, high chromium bearing steel).
Stainless steel is also used upon request.
Surface treatment (low-temperature black chromium treatment) can also be arranged.
Precision class SP is available for items SRJ008 to SRJ032.
Industrial automation products built to perform
We supply the components that keep industrial processes running smoothly.
Motion control components > Spherical Rolling Joint Short Shaft Type (SRJS)
SRJ is widely used in semiconductor manufacturing equipment and optical equipment due to its compatibility with tilt mechanisms.
In recent years, there has been an increasing demand for reducing the height of the tilt mechanism. We have added a short shaft type to our product lineup that reduces the height by shortening the shaft while maintaining the conventional high rigidity and high accuracy.
- Even more compact
Responding to requests to reduce the height direction, we have achieved a reduction of up to 35%.
- Increased freedom of choice with additional options
Surface treatment and grease sealing are also available.
Shorter delivery lead time
These products are kept in stock as part of our standard lineup, enabling shorter delivery times.
- Compatibility
Installation compatibility with conventional products and easy switching.
| Model number | A | B | C | D | E | F | G | H | J | K | L | M | N | P | Q (Width across flat / Height across flat) | Mounting hole | U | V | W | ||||||||
| R | S | T | |||||||||||||||||||||||||
| SRJS008C | Φ30 | 0 -0.021 | 24 | 7 | 4 | 9.5 | 10 | M5x0.5 | Φ5.5, g6 | -0.004 -0.012 | 2 | 1 | R0.3 | Φ11 | 2 | Φ8.6 | 7.0/3.0 | 3.4 | 6 | 2 | - | ±15° | M4x0.7 | ||||
| SRJS012C | Φ42 | 0 -0.020 | 34 | 11 | 6 | 13.5 | 15 | M10x1.5 | Φ11, g6 | -0.006 -0.017 | 2 | 2 | R0.3 | Φ14 | 2 | Φ14 | 10.0/3.5 | 4.3 | 8 | 3.6 | Φ30 | ±20° | M5x0.8 | ||||
| SRJS012C | Φ56 | 0 -0.030 | 45 | 12 | 7 | 17.5 | 18 | M12x1.75 | Φ12.6, g6 | -0.006 -0.017 | 3 | 1.5 | R0.3 | Φ25 | 5 | Φ16 | 14.0/4.5 | 5.5 | 9.5 | 4.6 | Φ40 | ±20° | M6x0.75 | ||||
| SRJS024C | Φ74 | 0 -0.030 | 62 | 17 | 11 | 23.5 | 23 | M14x2.0 | Φ15, g6 | -0.006 -0.017 | 5 | 2.5 | R0.3 | Φ35 | 7 | Φ21 | 17.0/4.5 | 6.6 | 11 | 5.5 | Φ50 | ±20° | M8x1.0 | ||||
| Model Number | SRJ (C+E) | SRJS (C+E) | Axial Short Dimension 2-1 | Height Reduction Rate | Wrench Size Recommendation |
| ＃008 | 23 | 16.5 | 6.5 | 28.3% | No：TSS-5507 |
| ＃012 | 31 | 24.5 | 6.5 | 21.0% | No：TSS-1012 |
| ＃016 | 44 | 29.5 | 15.5 | 35.2% | No：TSS-1417 |
| ＃024 | 59 | 40.5 | 18.5 | 31.4% | No：TSS-1417 |
Industrial automation products built to perform
We supply the components that keep industrial processes running smoothly.
Motion control components > Ball Spline Unit With Integrated Rotary Bearing
HRSU is the Ball Spline Unit Pre-assembled with :-
- Stroke Ball Spline
- Rotary Bearing
- Timing Pulley
Compact Design
- Outer diameter of rotary bearing is ϕ11mm.
- Minimum pitch arrangement is 12mm.
- Weight saving.
Possible actions of “Z-axis x ϴ-axis + Suction”
- Z-axis (Linear Motion) x ϴ-axis (Rotation).
- Hollow shaft allow suction equipment installed.
Both end of the shaft (20mm each) is machinable
- Machinable both ends allow the user to process at the user end.
HRSU saves time and effort for procurement and assembling of parts
- Both ends of the shaft are machinable, the user can do machining at the user ends.
- Both ends of the shaft (from the shaft end to the laser marking, 20mm each) are machinable.
(refer to the figure above: for dimensions, refer to the backside). - While machining the shaft, be careful not to damage or allow foreign matter to enter the spline unit.
- It is also possible to draw the shaft out of the spline unit and then machine it.
In this case, pay attention to the following points.
-Pull the shaft out slowly in the stroke direction.
-While machining it, be careful not to bend the shaft and not to damage the part of the shaft outside the machinable range.
- Align the match mark (or set screw in the case of the M type) with the serial number as shown in the figure above, and insert the shaft slowly.
Once the shaft has been removed from the spline unit, or the end of the shaft has been machined, the shaft runout is no longer covered by the warranty.
- Mounter, Handler etc.
- Transfer Head for Pick and Place Unit.
| Pulley type | Shaft diameter ΦDO | Stroke range | L1 | L2 0 -0.05 | L3 | L4 | D2 | D3 | D4 | D5 | T1 | T2 | T3 | T4 | Rotary Bearing | Timing Pulley Specification | ||||||||||
| Outer Diameter | width | Pulley tooth profile | Number of pulley teeth | Pitch Diameter | outer diameter | width | ||||||||||||||||||||
| ΦD1 0 -0.01 | B | PD | OD | W | ||||||||||||||||||||||
| Ｌ type | 4 | 10 | 27.8 | 22.2 | 100 | 20 | 8.5 | 6 | 10.6 | 9.2 | 1 | 2.3 | 14.8 | 1 | 11 | 3 | 2GT | 16 | 10.19 | 9.86 | 5.0 | |||||
| R type | 7 | |||||||||||||||||||||||||
| M type | 12.8 | |||||||||||||||||||||||||
- The asterisked runout values in the figure on the left, are guaranteed values at time of shipment.
- Once the shaft has been removed from the spline unit, or the end of the shaft has been machined, this value is no longer covered by the warranty.
- Preload: 0.5 to 2 μm
- Material – Spline unit：SUJ2, aluminum
shaft (raceways)：SUJ2 - Shaft hardness：HRC 58 or greater
Machinable range：Approx. HRC 30 or less
- Do not disassemble any part of this product. This will lead to contamination and reduced accuracy.
- Take care when tilting this product as the outer casing and shaft may fall due to their own weight.
- Do not drop or physically shock this product. Such action will cause the product to become damaged or fail.
- Store this product horizontally in an environment free from condensation. Avoid storing this product in humid environments with high or low temperatures.
- Lubricate this product before use with the lubricant prescribed by HEPHAIST. Always remove the anti-rust oil coating before applying lubricant.
- Contact your HEPHAIST representative if you wish to use a special type of lubricant.
- Contact your HEPHAIST representative regarding grease.
- Prevent contamination of the product because dust or other contaminants will cause reduced performance or damage or failure. If the product becomes contaminated, contact your HEPHAIST representative.
- Use this product in an environment free from condensation with low humidity and moderate temperatures
- Contact your HEPHAIST representative if you wish to use this product in a special environment (such as a cleanroom or within a vacuum, etc.).
- Contact your HEPHAIST representative if you have any questions or require more information.
Industrial automation products built to perform
We supply the components that keep industrial processes running smoothly.
Positioning & automation systems > Z Tilt Stages
Place the objects requiring angle adjustment on the stage, the height and horizontal level can be adjusted by vertical movement of each actuator.
HEPHAIST spherical rolling joints (SRJs) are used for the joints between the table and the actuators.
| Item | Z16AB06-AC3-200050 |
| Z Stroke | ±6.5mm |
| Tilt Stroke | θx：±7.4° θy：±4.3° |
| Wedge Ratio | 1/4 |
| Table Size | 300×300mm |
| Base Size | 300×300mm |
| Height (Reference Point) | 200mm |
| Repeatability | ±1μm |
| Static Load Capacity (Uniform Vertical Load) | 900N |
| Dynamic Load Capacity (Uniform Vertical Load) | 900N |
| Max Speed (Z-Axis) | 12.5mm/sec |
| Material | Aluminum ... Black Anodized |
| Ball Screw Lead | 1mm |
| Servo Motor | HG-AK0236B |
| Servo Amplifier | MR-J4-03A6 |
| Photo Microsensor | PM-L25 |
| Weight | 30kg |
| Grease | Low Particle Emission Grease |
| Item | Z32AB05-AC3-350875 |
| Z Stroke | ±10.5mm |
| Tilt Stroke | θx：±7° θy：±4° |
| Wedge Ratio | 1/4 |
| Table Size | 500×500mm |
| Base Size | 500×500mm |
| Height (Reference Point) | 370mm |
| Repeatability | ±1μm |
| Static Load Capacity (Uniform Vertical Load) | 4400N |
| Dynamic Load Capacity (Uniform Vertical Load) | 4400N |
| Max Speed (Z-Axis) | 50mm/sec |
| Material | Aluminum ... Black Anodized |
| Ball Screw Lead | 4mm |
| Servo Motor | HG-KR43B |
| Servo Amplifier | MR-J4-40A |
| Photo Microsensor | PM-L25 |
| Weight | 175kg |
| Grease | Low Particle Emission Grease |
Industrial automation products built to perform
We supply the components that keep industrial processes running smoothly.
Positioning & automation systems > XYθ Stages
- It makes the center of gravity of the entire equipment lower enough.
- Various table movements are possible by operating three actuators placed on the single plane individually.
Driving the U axis moves the table in the X direction
Driving the V and W axes the same amount in the same direction moves the table in the Y direction
Driving the V and W axes the same amount in the same direction while driving the U axis moves the table diagonally
Example of rotating the table using the table center as the axis of rotation (θ axis)
Example of rotating the table using an arbitrary point as the axis of rotation (θ axis).
NAF3 Series Type-C uses “preloaded double slide structure”, which places an intermediate plate sandwiched between two upper and lower plates for 3-axis actuator (U/V/W) and slide section.
Lots of balls placed between each plate allow smooth planar rolling motion, “Preloaded double slide structure” makes stages thin, compact and highly rigid for highly accurate positioning.
Type-D does not use “preloaded double slide structure”, Type-D possesses unique advantages with a wide range of motion and a larger central opening.
- Semiconductor manufacturing equipment, testing equipment.
- Panel joining and mounting equipment(LCD, EL, touch panel, solar cell).
- Printing equipment(Chip components, PCB, FPC).
- Microscope stage and so forth.
NAF3C-10-01P
| Properties | NAF3C-10-01P |
|---|---|
| Stroke *1 | XY±2ｍｍ・Θ±2° |
| Table size | 100mm x 100mm |
| Base size | 120mm x 120mm |
| Height | 35mm |
| Unidirectional repeatability | Within ±1μm |
| Bidirectional repeatability | Within 3μm |
| Static load capacity *2 (Distributed loading for the vertical equal position) | 200Ｎ |
| Dynamic load capacity *2 (Distributed loading for the vertical equal position) | 100Ｎ |
| Parallelism | 30μm |
| Stepping motor model | PK513PA Product of ORIENTAL MOTOR |
| Servo-motor model | – |
| Ball screw lead | 1㎜ |
| Driver model *3 | Stepping：MC-S0514-3L / Product of MICROSTEP Co. |
| Resolution (factory setting) | Stepping：0.2μm/pulse / Servo：0.1μm/pulse |
| Photomicrosensor *4 | PM-L25 / Product of Panasonic Industrial Devices SUNX |
| Stage material | Iron: Low-temperature black chrome treatment Aluminum: black anodized |
| Weight | 2.2kg |
| Lubricant | Low dusting grease |
*1 It is feasible for each axis to commence its movement simultaneously from the origin position(center of the top table), enabling a full stroke operation, if required.
*2 This is the capacity for a vertically evenly distributed load. To be loaded on to conveyance stage or other cases, the number above will not apply.
*3 The driver for the stepping motor is of an open-loop configuration.
*4 There are 3 photo micro sensors on drive module on each axis.
NAF3C-16K00
| Properties | NAF3C-16K00 *1 |
|---|---|
| Stroke *2 | XY±5ｍｍ・Θ±3° |
| Table size | 160mm x 160mm |
| Base size | 170mm x 170mm |
| Height | 45mm |
| Unidirectional repeatability | Within ±0.7μm |
| Bidirectional repeatability | Within 2μm |
| Static load capacity *3 (Distributed loading for the vertical equal position) | 1000Ｎ |
| Dynamic load capacity *3 (Distributed loading for the vertical equal position) | 300Ｎ |
| Degree of parallelism | 30μm |
| Stepping motor model | TS3664N16E2 Product of TAMAGAWA SEIKI Co. |
| Servo-motor model | HG-AK0236(20W) Product of Mitsubishi Electric Corporation |
| Ball screw lead | 1㎜ |
| Driver model *4 | Stepping：MC-S0514-3L / Product of MICRO STEP Servo-amplifier ：MR-J4-03A6 Product of Mitsubishi Electric Corporation |
| Resolution (factory setting) | Stepping：0.2μm/pulse / Servo：0.1μm/pulse |
| Photomicrosensor *5 | PM-L25 / Product of Panasonic Industrial Devices SUNX |
| Stage material | Iron: Low Temperature black chrome plating treatment / Aluminum: black anodizing |
| Weight | 6kg |
| Lubricant | Low dusting grease |
*1 Please choose either stepping motor (type-P) or servo motor (type-S).
*2 It is possible for each axis to be in full stroke at its starting point (at the center of the top table).
*3 This is the capacity for a vertically evenly distributed load. To be loaded on to conveyance stage or other cases, the number above will not apply.
*4 The driver for the stepping motor is in open corrector specification.
*5 There are 3 photo micro sensors on drive module on each axis.
NAF3C-20K01
| Properties | NAF3C-20K01 *1 |
|---|---|
| Stroke *2 | XY±5ｍｍ・Θ±3° |
| Table size | 200mm×200mm |
| Base size | 220mm x 220mm |
| Height | 65mm |
| Unidirectional repeatability | Within ±1μm |
| Bidirectional repeatability | Within ±2μm |
| Static load capacity *3 (Distributed loading for the vertical equal position) | 2000Ｎ |
| Dynamic load capacity *3 (Distributed loading for the vertical equal position) | 600Ｎ |
| Degree of parallelism | 30μm |
| Stepping motor model | PK543NAW Product of ORIENTAL MOTOR |
| Servo-motor model | HG-KR053（50W） Product of Mitsubishi Electric Corporation |
| Ball screw lead | 1㎜ |
| Driver model *4 | Stepping：MC-S0514-3L / Product of MICRO STEP Servo-amplifier ：MR-J4-10A Product of Mitsubishi Electric Corporation |
| Resolution (factory setting) | Stepping：0.2μm/pulse / Servo：0.1μm/pulse |
| Photomicrosensor *5 | PM-L25 / Product of Panasonic Industrial Devices SUNX |
| Stage material | Iron: Low Temperature black chrome plating treatment / Aluminum: black anodizing |
| Weight | 14kg |
| Lubricant | Low dusting grease |
*1 Please choose either stepping motor (type-P) or servo motor (type-S).
*2 It is possible for each axis to be in full stroke at its starting point (at the center of the top table).
*3 This is the capacity for a vertically evenly distributed load. To be loaded on to conveyance stage or other cases, the number above will not apply.
*4 The driver for the stepping motor is in open corrector specification.
*5 There are 3 photo micro sensors on drive module on each axis.
NAF3C-30K00
| Properties | NAF3C-30K00 *1 |
|---|---|
| Stroke *2 | XY±5ｍｍ・Θ±3° |
| Table size | 300mm x 300mm |
| Base size | 320mm x 320mm |
| Height | 70mm |
| Unidirectional repeatability | Within ±1μm |
| Bidirectional repeatability | Within ±2μm |
| Static load capacity *3 (Distributed loading for the vertical equal position) | 4000Ｎ |
| Dynamic load capacity *3 (Distributed loading for the vertical equal position) | 1000Ｎ |
| Degree of parallelism | 30μm |
| Stepping motor model | PK546PA / Product of ORIENTAL MOTOR |
| Servo-motor model | HG-KR053（50W） Product of Mitsubishi Electric Corporation |
| Ball screw lead | 2mm |
| Driver model *4 | Stepping：MC-S0514-3L / Product of MICRO STEP Servo-amplifier：MR-J4-10A / Product of Mitsubishi Electric Corporation |
| Resolution (factory setting) | Stepping：0.2μm/pulse / Servo：0.1μm/pulse |
| Photomicrosensor *5 | PM-L25 / Product of Panasonic Industrial Devices SUNX |
| Stage material | Iron: Low Temperature black chrome plating treatment / Aluminum: black anodizing |
| Weight | 44kg |
| Lubricant | Low dusting grease |
*1 Please choose either stepping motor (type-P) or servo motor (type-S).
*2 It is possible for each axis to be in full stroke at its starting point (at the center of the top table).
*3 This is the capacity for a vertically evenly distributed load. To be loaded on to conveyance stage or other cases, the number above will not apply.
*4 The driver for the stepping motor is in open corrector specification.
*5 There are 3 photo micro sensors on drive module on each axis.
NAF3C-40K00
| Properties | NAF3C-40K00 *1 |
|---|---|
| Stroke *2 | XY±5ｍｍ・Θ±3° |
| Table size | 400mm x 400mm |
| Base size | 400mm x 400mm |
| Height | 80mm |
| Unidirectional repeatability | Within ±1μm |
| Bidirectional repeatability | Within ±2μm |
| Static load capacity *3 (Distributed loading for the vertical equal position) | 6000Ｎ |
| Dynamic load capacity *3 (Distributed loading for the vertical equal position) | 1000Ｎ |
| Degree of parallelism | 30μm |
| Stepping motor model | PK546PA / Product of ORIENTAL MOTOR |
| Servo-motor model | HG-KR053（50W） Product of Mitsubishi Electric Corporation |
| Ball screw lead | 2mm |
| Driver model *4 | Stepping：MC-S0514-NF-3L / Product of MICRO STEP Servo-amplifier：MR-J4-10A / Product of Mitsubishi Electric Corporation |
| Resolution (factory setting) | Stepping：0.2μm/pulse / Servo：0.1μm/pulse |
| Photomicrosensor *5 | PM-L25 / Product of Panasonic Industrial Devices SUNX |
| Stage material | Iron: Low Temperature black chrome plating treatment / Aluminum: black anodizing |
| Weight | 60kg |
| Lubricant | Low dusting grease |
*1 Please choose either stepping motor (type-P) or servo motor (type-S).
*2 It is possible for each axis to be in full stroke at its starting point (at the center of the top table).
*3 This is the capacity for a vertically evenly distributed load. To be loaded on to conveyance stage or other cases, the number above will not apply.
*4 The driver for the stepping motor is in open corrector specification.
*5 There are 3 photo micro sensors on drive module on each axis.
NAF3D-40K02
| Properties | NAF3D-40K02 *1 | ||
|---|---|---|---|
| Stroke *2 | XY±5ｍｍ・Θ±3° | ||
| Table size | 400×400mm （Center hole：□125） | ||
| Base size | 400×400mm （Center hole：□125） | ||
| Height | 85.4mm | ||
| Unidirectional repeatability | Within ±1μm | ||
| Bidirectional repeatability | - | ||
| Static load capacity *3 (Distributed loading for the vertical equal position) | 6000N | ||
| Dynamic load capacity *3 (Distributed loading for the vertical equal position) | 1000N | ||
| Degree of parallelism | 50μm （measured on each axis） | ||
| Stage material | Iron:Low Temperature black chrome plating treatment / Aluminium:black anodizing | ||
| Ball screw lead | 1mm | ||
| Stepping motor model | Motor model | PKP546N18A / Product of ORIENTAL MOTOR | |
| Driver model *4 | MC-S0514-3L / Product of MICRO STEP | ||
| Resolution (factory setting) | 0.2μm/pulse | ||
| Servo-motor model | Motor model | HG-KR053 / Product of Mitsubishi Electric Corporation | |
| Driver model | MR-J4-10A / Product of Mitsubishi Electric Corporation | ||
| Resolution (factory setting) | 0.1μm/pulse | ||
| Photomicrosensor *5 | PM-Ｌ25 / Product of Panasonic Industrial Devices SUNX | ||
| Weight | 45kg | ||
| Lubricant | Low dusting grease | ||
*1 Please choose either stepping motor (type-P) or servo motor (type-S).
*2 It is possible for each axis to be in full stroke at its starting point (at the center of the top table).
*3 This is the capacity for a vertically evenly distributed load. To be loaded on to conveyance stage or other cases, the number above will not apply.
*4 The driver for the stepping motor is in open corrector specification.
*5 There are 3 photo micro sensors on drive module on each axis.
Industrial automation products built to perform
We supply the components that keep industrial processes running smoothly.
Positioning & automation systems > Ultra Precision Stages
The feed mechanism incorporates a “ball screw + wedge type speed reduction mechanism”.This is a super-precise stage that achieves high follow-up*, high accuracy, and high stiffness by mounting a cross roller guide on the linear motion guide.
High follow-up capability
- 50 nm feed follow-up capability
Follow-up capability is an important performance metric that measures the response accuracy of precision positioning stages to fine movement instructions. This parameter indicates how accurately the device can execute these instructions upon receiving minute movement command (less than 100nm). Especially in a series of continuous movement operations, the level of follow-up capability directly affects the overall reliability of the system. In applications requiring high precision, such as semiconductor manufacturing, follow-up capability becomes a crucial metric for assessing the performance of such devices.
High positioning accuracy
- Achieve high resolution with the wedge-type speed reduction mechanism.
- Reduce wobble of ball screw with the wedge mechanism.
- Excellent straight motion performance with the cross-roller guides reducing sliding resistance.
High stiffness
The 1/4 wedge structure increases stiffness by 1.5 to 2 times against lateral loads compared to existing products (NAF3C series).
- Semiconductor manufacturing equipment, various inspection equipment.
- Optical system alignment equipment.
- Nanometer positioning system, etc.
| Product Specifications | Super-precision XYθ alignment stage | Super-precision single-axis stage | |
| Properties | NAFHW3C-16 | NAFHW1D-100 | |
| Stroke | XY axis：±1.4mm θ axis：±1.4° | ±３mm | |
| Table size | 160mm×160mm | 100mm×100mm | |
| Base size | 250mm×250mm | 143mm×80mm | |
| Height | 61mm | 52.5mm | |
| Absolute positioning precision *1 | XY axis：3μm θ axis：12sec | 3μm | |
| Unidirectional repeatability | XY axis：±0.35μm θ axis：±1.5sec | ±0.25μm | |
| Bidirectional repeatability | XY axis：0.70μm θ axis：3sec | 0.5μm | |
| Follow-up capability *2 | 50nm | 50nm | |
| Static load capacity *3 | 600N | 100N | |
| Dynamic load capacity *3 | 300N | 100N | |
| Maximum speed | 1mm/sec | 1mm/sec | |
| Degree of parallelism | 30μm | - | |
| Motor | Stepping：PK525PA(Product of ORIENTAL MOTOR) | ||
| Servo：HG-AK0236(Product of Mitsubishi Electric) | |||
| Driver | Stepping：MC-S0514-3L(Product of MICROSTEP) | ||
| Servo-amp：MR-J4-03A6(Product of Mitsubishi Electric) | |||
| Stage material | Iron-Low Temperature black chrome plating treatment | ||
| Weight | 10kg | 1.5Kg | |
| Lubricant | Low dusting grease | ||
*1: Accuracy obtained when offset values from HEPHAIST are input.
*2: Resolution is set to 0.01 μm/pulse.
*3: The load capacity is for uniformly distributed load in the vertical direction.
Industrial automation products built to perform
We supply the components that keep industrial processes running smoothly.
Test & measurement equipments > Leak Tester LTC-503
First model in next-generation leak testing platform, the LTC-503 redefines what an entry-level leak tester can offer. Designed with innovative engineering, it delivers high-performance measurement in a durable and rugged construction, while its newly developed interface makes leak testing simpler and more intuitive. Backed by more than 40 years of leak testing expertise, the feature-packed LTC-503 is designed to support a wide variety of standard testing applications with dependable performance.
Accurate & Reliable
High-sensitivity leak detection down to 0.1 Pa
Easy To Use, New UIUX
Simple operation and intuitive control with a new user interface
Various Leak Testing Methods
Unique to the LTC-503, get more choice in a starter leak tester
(see below)
Seamless Integration
Easy configuration for rapid testing start-up
Enhanced Testing Functionalities
Such as vacuum generation, automatic test piece distribution and automatic master part testing
Built To Perform
The LTC-503 includes performance and reliability updates, from long-life valves to precision sensors.
One of the many benefits of the LTC-503 is its impressive flexibility as an entry-level leak tester. It is uniquely capable of operating one of 5 different leak test methods.
The Pressure Change Method (A) with absolute/relative pressure sensors is one of the simplest and most reliable methods for leak testing. The test object is subjected to overpressure or vacuum, and the pressure change over time is recorded.
PRESSURE CHANGE TEST TYPES
- Pressure/Vacuum Decay – Leak Standard
- Pressure/Vacuum Decay – ΔP
- Pressure/Vacuum Decay – ΔP/ΔT
- Blockage Detection
- Membrane Test
- Hold pressure
- Stagnation pressure
Review the LTC-503 datasheet for detailed specifications.
The Pressure Differential Method (R) with reference volume is the most common method for leak testing. A reference volume – either a small internal volume or an external volume such as a master test specimen – is pressurized together with the test specimen. After the stabilization time, the pressure change between the two volumes is measured using a highly sensitive pressure difference sensor.
PRESSURE DIFFERENTIAL TEST TYPES
- Pressure/Vacuum Decay – Leak Standard
- Pressure/Vacuum Decay – ΔP
- Pressure/Vacuum Decay – ΔP/ΔT
- Blockage Detection
- Membrane Test
- Hold pressure
- Stagnation pressure
Review the LTC-503 datasheet for detailed specifications.
The dosing method (D), also known as the “closed component” method, is used for completely closed components such as watches, cell phones or control units. The test specimen is placed in a measuring chamber (bell jar) and sealed. This chamber is pressurized via an evacuated or filled pre-volume. A leak in the test specimen changes the pressure ratio, which is detected by a pressure transducer (DA) or pressure difference sensor (DR).
DOSING METHOD TEST TYPES
- Pressure/Vacuum Decay – Leak Standard
- Pressure/Vacuum Decay – ΔP
- Pressure/Vacuum Decay – ΔP/ΔT
- Blockage Detection
- Dosing method (D)
- Membrane Test
- Hold pressure
- Stagnation pressure
- Automatic volume determination (C) option
Review the LTC-503 datasheet for detailed specifications.
The dosing method (D), also known as the “closed component” method, is used for completely closed components such as watches, cell phones or control units. The test specimen is placed in a measuring chamber (bell jar) and sealed. This chamber is pressurized via an evacuated or filled pre-volume. A leak in the test specimen changes the pressure ratio, which is detected by a pressure transducer (DA) or pressure difference sensor (DR).
DOSING METHOD TEST TYPES
- Pressure/Vacuum Decay – Leak Standard
- Pressure/Vacuum Decay – ΔP
- Pressure/Vacuum Decay – ΔP/ΔT
- Blockage Detection
- Dosing method (D)
- Membrane Test
- Hold pressure
- Stagnation pressure
- Automatic volume determination (C) option
Review the LTC-503 datasheet for detailed specifications.
As an alternative to the dosing method, the volume determination (C) is used to determine the volume of the test specimen. It offers the same pros and cons as the closed component approach.
A known pre-volume is filled or evacuated with a known test pressure and then expanded in the test specimen. The volume of the test specimen is determined with the resulting pressure.
The principle of volume determination can also be integrated into other measurement methods.
Options
The LTC-503 offers a range of customizable options to enhance your leak testing experience, providing flexibility and precision for various testing needs:
- Test leaks
- Test status indicator light for improved visibility
- Vacuum generator for enhanced leak testing performance
- Test distribution system for multi-piece testing
- External ventilation for particle-laden test environments
- External marker for clear identification of test results
- Well-tested standard solutions supported by innomatec
Technical Specifications
Explore the technical specifications of the LTC-503, designed to deliver superior performance and reliability for all your leak testing requirements:
Housing (WxHxD)
340x190x300mm
Weight
8.5 kg
Display
5″ 800×480 Multi-Touch Display
Electricity supply
24VDC
Test medium
Air / Non-aggressive gases
Operating humidity
Up to 90% (non-condensing)
Air quality
ISO 8573-1:2010 (2:2:2)
Compressed air or nitrogen only
Digital I/O
8 inputs and 8 outputs each, 24 V–1 A max.
Expandable to up to 24 inputs and outputs each
Start / Stop / Results / BCD
Connections / Communications
The LTC-503 easily integrates with the manufacturing line, with a wide variety of connectivity and communicating options, as follows:
- Digital I/O for remote control
- Profinet, Modbus RTU/TCP, Ethernet/IP and TCP Socket for industrial integration
- MQTT, ActiveMQ, FTP and SAMBA for advanced connectivity
- OpcUA for seamless communication with modern control systems
- ElasticSearch integration for robust data handling and storage
- Export formats: CSV, Excel, JSON, XML via USB, FTP or SAMBA
Contact innomatec with any questions about connectivity requirements.
The LTC-503 is a budget-friendly entry-level leak tester designed with the required functions for your customers and more.
Machine builders can benefit from the LTC-503 by:
- Reducing engineering time:
Fast delivery and straightforward integration simplify test setup, commissioning, and system validation. - Meet common leak testing requirements:
Support a wide range of leak test methods to handle various application needs. - Ensuring customer satisfaction:
Provide outstanding measurement quality, reliable performance, precise accuracy, and an improved UX that delivers a better user experience for your customers.
The LTC-503 sets a new standard for value in entry-level leak testing. With a unique combination of enhanced functions and advanced features, it provides performance advantages beyond typical entry-level leak testers. Explore how the LTC-503 delivers more:
Improved leak testing capabilities
- Shorter test cycles
- Better leak testing performance (speed + repeatability)
- Higher sensor range (DP sensor range to 300mbar)
Enhanced UX with intuitive operation
- On-device display for quick access
- Simple, intuitive navigation, built from a smartphone UI concept
- Convenient organization of programs
- Easy to operate, minimizing training requirements
Seamless integration & modularity
- 24 VDC Power supply
- Built-in PLC communication
- Modular design; adaptable for various applications
- Easy to scale
- System distribution
Next-generation testing capabilities
- Venting options: Internally or externally
- Prefill phase: Fill parts quickly, lower cycle time
- Filling ramp: Slowly increase pressure for sensitive test parts
- Conditional batch test: User-defined batch testing options
- Membrane test: Ability to detect the presence of a membrane
- RAM air test: Special test methods
- Blockage detection: Ability to test for and detect blockages within a part
Smart connectivity and remote functionality
- All common plant floor interfaces and protocols
- Remote Service & Support: Troubleshooting and updates from a distance
- Update Over-the-Air (OTA): Seamless software enhancements without manual intervention
- Remote Connection for Sales & Service: Easier customer support and monitoring
Built for durability and economical operation
- Strong industrial-standard hardware, built for reliability and long-term use
- Exceptional durability (16 million valve cycles), backed by an extended warranty (optional)
- 10x less energy consumption
- 10x service interval
What’s new:
- Smartphone-like UI and control
- Test parameter overview
- Screenshot feature
- Visualized test execution views
- Test curve graphics
- Enhanced test program management tools (history, copy, export)
- And more!
What this means for manufacturers:
- Less training
- Less pressure on operators
- Less time to configure tests
- Less time to detect quality issues
- Less time to optimize tests
- Less time to document results
The LTC-503 sets a new standard for value in entry-level leak testing. With a unique combination of enhanced functions and advanced features, it provides performance advantages beyond typical entry-level leak testers. Explore how the LTC-503 delivers more:
- Easy intuitive UI
- Easy on your budget
- Easy to ensure the most accurate leak test results
- Easy to operate
- Easy to configure
- Easy to collect data in many formats
- Easy to scale or distribute
- Easy to get your solution with standard accessories
- Easy to stay safe and secure
- Easy to integrate on any machine and/or IT system
- Easy to get support from qualified leak test experts
The right leak testing solution starts here
As the official distributor of Innomatec, we help you find the best solution for your application. Contact us today to get started.
Product Enquiry
innomatec specializes in automated testing and measurement technology, providing leak testing systems, functional testing solutions, and quick connection systems for industries such as automotive, electronics, medical technology, and manufacturing.
HEPHAIST specializes in precision engineering and motion technology, providing high-accuracy linear motion systems, precision positioning devices, and mechanical components for industries such as robotics, semiconductor manufacturing, and industrial automation.
