日本オートマチックマシン Product Lineup

The material is J.A.M. original stainless steel. It is a high-precision processing vise with HRC 57° full hardening treatment, offering excellent rust and wear resistance. It can be utilized in a wide range of fields from processing to measurement. ● This precision vise has a structure where the handle does not protrude when the jaws are opened. ● Screw storage type.

• Vice Clamps

The material is J.A.M. original stainless steel. It is a high-precision processing vise with HRC 57° full hardening treatment, offering excellent rust and wear resistance. It can be used in a wide range of fields from processing to measurement. ● It is a precision vise with a structure that prevents the handle from protruding when the jaws are opened. ● Screw storage type.

• Vice Clamps

The material is J.A.M. original stainless steel. It is a high-precision processing vise with excellent rust and wear resistance due to HRC 57° full hardening treatment. It can be used in a wide range of fields from processing to measurement. ● This is a wrench-tightening type vise that can be widely used for high-precision cutting, grinding, and electrical discharge machining.

• Vice Clamps

The material is J.A.M. original stainless steel. It is a high-precision processing vise with HRC 57° full hardening treatment, offering excellent rust and wear resistance. It can be utilized in a wide range of fields from processing to measurement. ● This is a wrench-tightening type vise that can be widely used for high-precision cutting, grinding, and electrical discharge machining.

• Vice Clamps

The material is J.A.M. original stainless steel. It is a high-precision processing vise with HRC 57° full hardening treatment, offering excellent rust and wear resistance. It can be utilized in a wide range of fields from processing to measurement. ● This is a wrench-tightening type vise that can be widely used for high-precision cutting, grinding, and electrical discharge machining.

• Vice Clamps

The material is J.A.M. original stainless steel. It is a high-precision processing vise with excellent rust and wear resistance due to HRC 57° full hardening treatment. It can be utilized in a wide range of fields from processing to measurement. ● This is a wrench-tightening type vise that can be widely used for high-precision cutting, grinding, and electrical discharge machining.

• Vice Clamps

The material is J.A.M. original stainless steel. It is a high-precision processing vise with HRC 57° full hardening treatment, excellent rust and wear resistance. It can be used in a wide range of fields from processing to measurement. ● It is a precision vise with a structure that prevents the handle from protruding when the jaws are opened. ● The vise moving jaw incorporates a down-hold mechanism.

• Vice Clamps

■Low noise design: The noise level is below 58 decibels during motor pump startup. ■Stable bottom dead center accuracy: Mechanical stability in bottom dead center control can be achieved through screw stroke adjustment. ■Ram speed adjustment: The switching between approach speed and pressurization speed can be done freely within the ram stroke range. ■Pressurization time can be managed with timer settings.

• Plastic processing machines (cutting and rolling)
• Other processing machines

The material is J.A.M. original stainless steel. It is a high-precision processing vise with HRC 57° full hardening treatment, offering excellent rust and wear resistance. It can be utilized in a wide range of fields from processing to measurement. ● This is a handle-operated precision vise that can be widely used for high-precision cutting, grinding, tapping, and other processes using NC and MC.

• Vice Clamps

The material is J.A.M. original stainless steel. It is a high-precision processing vise with excellent rust and wear resistance due to full hardening treatment at HRC 57°. It can be utilized in a wide range of fields from processing to measurement. ● This is a handle-operated precision vise that can be widely used for high-precision cutting, grinding, tapping, and other processes using NC and MC.

• Vice Clamps

Features ● Provides high productivity ● Compatible with a wide range of wire sizes (when equipped with options) ● Achieves space-saving by placing the pre-feeder next to the main unit, reducing the operator's workload. ● One-touch capability for single-end and double-end soldering ● Can be equipped with a crimp camera

• Other processing machines

The material is J.A.M. original stainless steel. It is a high-precision processing vise with excellent rust and wear resistance due to full hardening treatment at HRC 57°. It can be used in a wide range of fields from processing to measurement. ● This is a handle-operated precision vise that can be widely used for high-precision cutting, grinding, tapping, and other processes using NC and MC.

• Vice Clamps

Features ● Waterproof insertion crimping capability (1.4 seconds per unit, 2,500 units per hour) ● A multi-machine capable of processing from waterproof seal insertion to soldering with the addition of options ● Space-saving achieved by placing the pre-feeder next to the main unit, reducing the operator's workload ● The soldering unit, which has received positive feedback with CPR-ZERO, can also be installed

• Other processing machines

The material is J.A.M. original stainless steel. It is a high-precision processing vise with excellent rust and wear resistance due to the HRC 57° full hardening treatment. It can be used in a wide range of fields from processing to measurement. ● This is a handle-operated precision vise that can be widely used for high-precision cutting, grinding, tapping, and other processes using NC and MC.

• Vice Clamps

■Design and manufacturing are possible for various terminals. ■Industry standard for applicators mounted on automatic machines.

• Other processing machines

The material is J.A.M. original stainless steel. It is a high-precision processing vise with HRC 57° full hardening treatment, offering excellent rust and wear resistance. It can be utilized in a wide range of fields from processing to measurement. ● This is a handle-operated precision vise that can be widely used for high-precision cutting, grinding, tapping, and other processes using NC and MC.

• Vice Clamps

■Design and manufacturing are possible for various terminals. ■Industry standard for applicators mounted on automatic machines.

• Other processing machines

■Semi-automatic terminal crimping machine suitable for terminal processing of automotive battery harnesses ■Compatible with both loose terminals and chain terminals ■Two guide posts to prevent "deflection" during crimping ■Applicator with terminal slide mechanism provided for safe operation

• Other processing machines

Features ● Improved setup efficiency with the adoption of a dual strip blade ● Automatic crimp height setting with a 4-ton servo crimping machine ● Automatic setting of crimp depth with a servo sinking mechanism ・No tools required; settings can be adjusted from the operation panel

• Other processing machines

● Side feed and end feed applicators can be installed. ● The operation panel allows for the setting of strip length, depth, crimping position, and timing, eliminating the need for manual adjustments. ● It can also be used as a semi-automatic crimping machine. ● Options such as pressure management devices, manual applicator exchange devices, and strip detection are also available.

• Other processing machines

Since the open height is high, not only can you use the JAM-made applicator, but you can also install other manufacturers' applicators by adding the optional conversion kit.

• Other processing machines

Since the open height is high, of course, JAM-made applicators can be used, and by attaching the optional conversion kit for other companies' applicators, it is also possible to install applicators from other manufacturers.

• Other processing machines

■Design and manufacturing are possible for various terminals. ■Industry standard for applicators mounted on automatic machines.

• Other processing machines

● Low profile height of 8.3mm ● The double arm lock (system) enhances workability and operability with an excellent click feel, ensuring satisfactory reliability. ● The completely inserted guide mechanism provides smooth fitting. It assists in reducing process defects with anti-jamming and reverse insertion prevention. ● The DIP/SMT variations expand the design flexibility for mounting.

• Board to Cable Connector

● 1.5mm pitch high-density dual connector. ● Eco-friendly product with a low insertion/extraction design for high reliability. ● Equipped with a thumb grip and adopting a multifunctional wide lock.

• Board to Cable Connector

●Safe fitting (multi-insertion guide + backrest) ●Finger-friendly multi-faceted design ●Simple rectangular wafer ●Terminals are compatible with SJH connectors

• Board to Cable Connector

● The adoption of the outer lock mechanism has improved the workability of attaching and detaching the housing and wafer. ● The two ribs provided on both sides of the housing lock prevent reverse insertion of the wafer. ● Two types of terminals (#22 to #24) and (#24 to #30) allow for compatibility with a wide range of wire sizes. ● SMT-compatible wafers are available.

• Board to Cable Connector

● The adoption of the outer lock mechanism has improved the workability of attaching and detaching the housing and wafer. ● The two ribs provided on both sides of the housing lock prevent reverse insertion of the wafer. ● Two types of terminals (#22 to #24) and (#24 to #30) allow for compatibility with a wide range of wire sizes. ● Wafer compatible with SMT is available.

• Board to Cable Connector

● The contact method features a dimple structure on both sides that guarantees high reliability against micro-sliding. ● The housing and wafer have a secure locking and mis-insertion prevention structure. ● The wafer is designed as a complete BOX type, effectively preventing skewing and flux rise. ● Production is possible with a fully automatic terminal insertion machine (ACE 500). ● Compact high-density mounting design. ● A bottom-entry type wafer is available.

• Board to Cable Connector

● The housing and wafer lock adopt an inner lock to prevent dislodging due to external pressure. ● By adopting a retainer (optional), the double locking structure enhances safety. ● Wafer compatible with potting is also available.

• Board to Cable Connector

● The housing adopts an outer lock system that makes removal easy. ● By providing directional ribs on the housing and the wafer, reverse insertion is completely prevented. ● The relay RJW connector can be used in common with the housing and contacts.

• Board to Cable Connector

● Low-insertion-force multi-pole connector ● Finger-friendly multi-faceted design ● Simple rectangular wafer ● Box structure with mis-insertion and skew prevention mechanism

• Board to Cable Connector

● The adoption of the outer lock mechanism has improved the workability of attaching and detaching the housing and wafer. ● The two ribs provided on both sides of the housing lock prevent reverse insertion of the wafer. ● Since the relay RMH connector and plug housing can be used interchangeably, when structurally differentiating between board use and relay use with the same components and circuits, the harness can be shared.

• Board to Cable Connector

● The contact method guarantees high reliability against micro-sliding with a double-dimple structure. ● The housing and wafer feature a secure locking and mis-insertion prevention structure. ● The wafer is designed as a complete BOX type with measures against distortion. ● Compact and high-density mounting design. ● A potting-compatible wafer is available.

• Board to Cable Connector

● The housing lock features a strong inner lock and a terminal retention structure that ensures reliable housing lance construction, achieving stable connection reliability. ● By adopting a retainer (optional), the double-locking structure enhances safety. ● The relay RM connector and plug housing can be used interchangeably, allowing for the same components and circuits to be structurally differentiated for use in both board and relay applications, enabling harness sharing. ● Potting-compatible wafers are also available.

• Board to Cable Connector

● The adoption of the outer lock mechanism has improved the workability of attaching and detaching the housing and wafer. ● The two ribs provided on both sides of the housing lock prevent reverse insertion of the wafer. ● Since the relay RMD connector and plug housing can be used interchangeably, when structurally differentiating between board use and relay use with the same components and circuits, the harness can be shared.

• Board to Cable Connector

● A structure that pursues improved insertion and removal operability and tracking resistance based on the connection reliability of the SV connector. ● The locking of the housing and wafer features an easy-to-insert and remove outer lock structure. ● Wafer compatible with potting is also available.

• Board to Cable Connector

● The housing lock features a strong inner lock and a housing lance structure that securely holds the terminals, ensuring stable connection reliability. ● By adopting a retainer (optional), the double-locking structure enhances safety. ● The relay RM connector and plug housing can be used interchangeably, allowing for the same components and circuits to be structurally differentiated for board use and relay use, enabling harness sharing. ● Potting-compatible wafers are also available.

• Board to Cable Connector

● The terminal features a box type design, and the contact part adopts a face-to-face dimple structure, achieving high connection reliability. ● It facilitates the design of printed circuit boards with a 7.5mm pitch, while maintaining a height of 16.2mm and a thickness of 10mm in the mounted state, achieving a rated current of 10A. ● The housing lock ensures a reliable positive lock, and the terminal retention employs a secure housing lance structure, achieving stable connection reliability. ● A box-type wafer with a reverse fitting and reverse insertion prevention structure is used, which also prevents misalignment during insertion and removal. The wafer pins have a press-fit structure that completely prevents flux rise.

• Board to Cable Connector

●Industry's first slim power connector ●Center lock low-profile flat design (H=6.8) ●Anti-tilt mechanism during mating ●Halogen-free compliant

• Board to Cable Connector

● There are two types of terminals: angle and straight. ● Both the angle and straight types share the same housing.

• Board to Board Connectors

● There are two types of terminals: angle and straight. ● Both the angle and straight types share the same housing.

• Board to Board Connectors

● A low-profile connector with a mounting height of 3.0mm on the board (60% compared to our products) and a 2.0mm pitch, suitable for compact high-density mounting. ● Ideal for reducing resin costs during high-density equipment design and potting applications.

• Board to Board Connectors

● There are two types of terminals: angle and straight. ● Both the angle and straight types share the same housing.

• Board to Board Connectors

●Low-type structure with a total height of 5.5mm

• Board to Board Connectors