China, 19th Aug 2025, – Somewang, a global provider of manufacturing and R&D-led packaging solutions, has broadened its premium cosmetic packaging. The expansion strengthens the capabilities to suit the needs of world-class beauty brands as they evolve and innovate. The premium cosmetic package expansion is designed to aid brands in convincing consumers through novel, sustainable, high-quality packaging to honour their customers’ various market desires.

With the expansion comes concrete design options as well as enhanced material testing protocols and increased customisation potential. The expansion builds on the company’s many years of expertise in the market by enhancing the advertised bottles, jars, tubes, pumps, sprayers, and closures, and reflects a focus on stronger product development with international partners.

“This expansion of the premium cosmetic packages exemplifies the dedication to the world-class cosmetic brands through the packaging supply and offering consumers,” said Steven Wang, Chief Executive Officer of Somewang. “This broadening of capabilities means the world-class brands will be set up to obtain packaging that is as unique and distinctive as the products contained inside it.”

Alongside increasing its manufacturing abilities, Somewang has added R&D resources to get products processed faster. The company’s zero-risk quality assurance plan, which includes material and graphic quality testing, along with testing in accordance with ASHA/QSR standards on raw materials.

The company is also capitalizing on the increased demand for more environmentally sustainable options in cosmetics. As beauty brands continue to integrate more sustainability into all facets of their manufacturing and distribution, packaging manufacturers are being asked to provide environmentally responsible alternatives as well as sustainable options that aesthetically match their previous packaging styles and are tough enough for real-world applications. Somewang’s additional product options consider all of those requests through recyclable materials, more intelligently used manufacturing processes, and modular design systems that allow for less waste during building and transporting.

Somewang’s position in the market is supported by its integrated OEM and ODM services, which enable clients to collaborate closely during the concept, prototyping, and production stages. This end-to-end approach ensures that packaging solutions can be tailored to brand identity, functionality requirements, and regulatory compliance across multiple regions.

Industry experts have suggested that with the growth of emerging beauty trends, new distribution channels via e-commerce, and more options for consumer-tailored products, the global cosmetic packaging market will continue to grow steadily. Against this backdrop, Somewang’s expansion is designed to give international brands a reliable partner capable of adapting to shifting demands while maintaining consistent quality.

Looking ahead, the company plans to leverage advancements in material science and manufacturing technology to further refine its packaging solutions. This will include the exploration of bio-based polymers, the integration of smart packaging elements, and the development of lighter-weight formats that reduce environmental impact without compromising performance.

Steven Wang added, “The next phase of development will be guided by a focus on sustainability, adaptability, and innovation. By investing in emerging technologies and forward-thinking design, the company intends to remain a trusted partner to brands navigating the changing landscape of cosmetic packaging.”

Somewang’s continued expansion will improve its ability to establish partnerships around the world to produce packaging solutions that deliver on both creativity and practicality. The company values establishing collaborative partnerships and believes that through working together with clients, the complex problems of packaging in beauty and cosmetics can be addressed.

For media inquiries regarding Somewang’s cosmetic packaging solutions, please contact Somewang at +86 574 8825 1730 or via email at pr@somewang.com.

Media Contact

Organization: Somewang

Contact
Person: Steven Wang

Website:

Home

Email:

pr@somewang.com

Contact Number: 8657488251730

Country:China

The post
Somewang Expands Premium Cosmetic Packaging Solutions for Global Brands appeared first on
Brand News 24.
It is provided by a third-party content
provider. Brand News 24 makes no
warranties or representations in connection with it.

China, 19th Aug 2025, – Grandlifting, an innovator in the lifitng equipment sector and a company offering a wide range of material-handling solutions, has announced an enhanced lineup of lifting equipment that aims to improve both safety and efficiency in industrial applications. The enhanced range of products represents improved hoists, rigging hardware, ratchet straps, webbing slings, chains, and handling gear and shows Grandlifting’s commitment to the continued advancement of lifting and material-handling technology.

The new offering is based on over two decade’s worth of experience in the industry, advanced engineering practices and new materials that meet the ever-changing challenges related to construction, manufacturing, shipping and other heavy industries. The improved designs are geared towards reliability of operation, ease of handling, while still meeting stringent safety standards with all of their products, and they are aimed at reducing risks involved in a workplace, while still allowing the productivity needed in harsh and demanding environments.

“Safety and efficiency are paramount in industrial lifting operations!” exclaimed Mr. Yan, CEO of Grandlifting. “The newly launched equipment range reflects an ongoing commitment to developing solutions that adhere to safety regulations, while providing customers with long-lasting, reliable tools for some extremely demanding workspaces!”

In the development of new equipment, exhaustive testing in simulated industrial conditions occurs to confirm that each component comfortably satisfies stringent operating requirements. Special consideration was made for improved load stability, pre-use wear during repetitive action, as well as overall applicability across various sectors of industry.

Grandlifting employs a diverse product range that includes upgraded models of their existing products, along with completely new models addressing more specialized duties around lifting and securing. Leveraging a combination of new manufacturing capabilities, while maintaining evolving designs that have been proven in practice, the company has developed a remit of tools that satisfy both wide-ranging and niche industry requirements.

Recent industry feedback has noted a renewed emphasis in the last few years for safety protocols in workplaces, especially in sectors where manual and heavy lifting occurs on a daily basis, which would include those who clean or repair industrial equipment. Although the utilization of upgraded and newer equipment by Grandlifting is itself a factor in the efficiency of work practices, it is also a significant contributor to safety, as the consequences of being injured leads to downtime. All new safety priority products consider reinforced parts and designs, ergonomic enhancements for better working posture, and ease of inspection to ensure ease of ongoing maintenance.

In addition to technical upgrades, production and distribution systems have been updated to get goods on time. Time is of the essence especially as industrial markets around the world face pressures to improve project timeliness and be productive while also having to adhere to escalating safety levels.

Mr. Yan said, “The path forward will not change the focus of anticipating changes in industry and developing equipment to adapt to another level of operational requirement. As design innovation and manufacturing capabilities continue to evolve, it allows the company to provide solutions not only for today’s needs but also to address future requirements for global industrial processes.” 

This latest release reinforces Grandlifting’s long-standing position of supplying heavy-duty lifting and material-handling solutions for clients in both local and emerging international markets. It continues to stress safety, durability, and versatility to support industries in fulfilling operational objectives without compromising safety in a dynamically evolving industry.

For additional information regarding the lifting equipment range, contact Grandlifting at +86 574 8908 8892 or email pr@grandlifting.com.

Media Contact

Organization: Grandlifting

Contact
Person: Mr. Yan

Website:

Home

Email:

pr@grandlifting.com

Contact Number: 8657489088892

Country:China

The post
Grandlifting Introduces Advanced Lifting Equipment for Safe Industrial Operations appeared first on
Brand News 24.
It is provided by a third-party content
provider. Brand News 24 makes no
warranties or representations in connection with it.

United States, 19th Aug 2025, – Promax Pogo Pin, an engineering-led and ISO-certified manufacturer specializing in precision pogo pins, spring-loaded connectors, and magnetic connectors, with in-house capabilities spanning design, prototyping, production, and compliance testing, serving sectors including consumer electronics, aerospace, and medical technology, has announced the release of its new high-current pogo pin connectors. The announcement addresses the growing need for compact, power-efficient interconnect solutions capable of delivering reliable performance in high-density systems.

The high-current pogo pin connectors have been developed to accommodate increased electrical loads while maintaining a compact form factor. By leveraging advanced material selection and precision spring mechanisms, the design achieves reduced contact resistance, improved current-carrying capacity, and enhanced thermal performance. These attributes enable integration into applications where space constraints and high reliability are critical.

Gavin, Manager at Promax Pogo Pin, commented on the launch, “The introduction of the high-current pogo pin connectors reflects a focused approach to evolving industry requirements for compact, high-efficiency power solutions. The engineering team prioritized durability, current-handling capability, and compatibility with existing design ecosystems to meet the practical needs of system integrators. This development aligns with a broader trend toward miniaturization and higher power density in modern technology.”

The connectors are available in multiple configurations, allowing for adaptat ion to specific voltage, current, and environmental parameters. This flexibility supports a wide range of applications—from secure charging interfaces in wearable technology to high-demand power delivery systems in industrial and aerospace environments.

To ensure reliability, the development process incorporated rigorous testing protocols, including accelerated mating-cycle evaluations, wide-range temperature testing, and corrosion resistance assessments. These measures confirm that the connectors can maintain consistent electrical performance across extended operational lifespans and challenging environmental conditions.

The introduction of high-current pogo pin technology addresses a pressing challenge in modern electronics design: delivering higher levels of power in increasingly smaller device architectures. This requirement is particularly prevalent in industries such as medical devices, where equipment must be both compact and dependable, and in aerospace, where weight and volume constraints are critical without sacrificing electrical integrity.

Promax Pogo Pin’s 15-year track record in connector engineering provides a strong foundation for the new product line. The company’s integrated manufacturing approach allows for rapid prototyping, scalable production, and quality control under recognized international standards. This ensures consistent product performance while enabling customization for specialized applications.

As electronic systems continue to evolve toward higher performance within reduced form factors, connector technology remains an enabling factor in delivering that progress. By combining mechanical resilience with precise electrical engineering, the high-current pogo pin connectors offer a platform for next-generation designs.

Looking to the future, Gavin noted, “The development of high-current pogo pin technology is part of a larger strategy to expand connector capabilities for emerging applications. Research and development efforts will continue to focus on enhancing electrical performance, mechanical resilience, and integration flexibility. The goal is to ensure that connector solutions remain aligned with the technological advances shaping the industries served.”

Technical specifications, performance data, and application guidelines for the high-current pogo pin connectors are available through Promax Pogo Pin’s engineering support channels. The company is also engaging with design and procurement teams to facilitate integration into upcoming projects.

For media inquiries regarding high-current pogo pin connectors, Promax Pogo Pin may be contacted at (765) 705-7361 or tonyhoo@promaxpogopin.com. The company is located at 480 Jackson St, Gary, IN 46402, USA.

Media Contact

Organization: Promax Pogo Pin

Contact
Person: Gavin

Website:

http://promaxpogopin.com/

Email:

tonyhoo@promaxpogopin.com

Contact Number: 17657057361

Address:480 Jackson St

Address 2: Gary, IN 46402

Country:United States

The post
Promax Pogo Pin Unveils High-Current Pogo Pin Connectors for Power-Dense Systems appeared first on
Brand News 24.
It is provided by a third-party content
provider. Brand News 24 makes no
warranties or representations in connection with it.

United States, 19th Aug 2025, – Yijin Hardware, a precision manufacturing company specializing in CNC machining, sheet metal fabrication, and custom fasteners, with in-house capabilities in design, prototyping, production, and quality assurance, serving industries including automotive, aerospace, medical, and energy, has commissioned a new production line for turbo molecular pumps at its existing facility in Yabian Community, Shajing Street, Baoan District, Shenzhen, China. The initiative supports the growing global demand for high-vacuum system components across semiconductor manufacturing, research laboratories, and advanced manufacturing sectors.

The turbo molecular pump production line has been configured to integrate high-precision rotor fabrication, advanced balancing systems, and stringent quality testing to ensure optimal performance in applications requiring ultra-high vacuum conditions. This commissioning follows an extensive planning phase, including equipment acquisition, workforce training, and process validation to meet international standards.

Turbo molecular pumps play a critical role in maintaining contamination-free environments in sectors such as semiconductor wafer fabrication, surface science research, and thin-film deposition. The Shenzhen-based production is designed to deliver both standard and customized pump configurations to accommodate varying throughput and integration requirements.

Gavin Yi, CEO of Yijin Hardware, commented on the new development, “The commissioning of turbo molecular pump production in Shenzhen represents a targeted expansion into precision vacuum technology manufacturing. This step leverages existing engineering capabilities while introducing specialized processes that meet the demanding performance requirements of high-vacuum system applications. The facility was structured to align with the operational expectations of industries where reliability and precision are paramount.”

The new line incorporates precision balancing and assembly procedures, alongside testing protocols that include vibration analysis, helium leak detection, and rotational speed verification. Each pump undergoes operational simulation to confirm sustained performance under target vacuum levels. The production capability also supports rapid prototyping, allowing engineering teams to adapt designs to evolving client specifications.

Location selection for the production line was influenced by Shenzhen’s established advanced manufacturing infrastructure, supply chain network, and access to specialized materials. The integration of the pump production within Yijin Hardware’s existing operations enables shared resources in machining, quality assurance, and logistics, thereby optimizing production flow and delivery timelines.

The introduction of this capability aligns with the increasing need for localized manufacturing of complex vacuum components, reducing dependence on extended global supply chains. This approach offers clients improved lead times and a more resilient procurement framework.

Industries relying on high-vacuum systems often face challenges in sourcing components that maintain performance consistency under demanding operational conditions. By integrating turbo molecular pump manufacturing into its portfolio, Yijin Hardware contributes to addressing these challenges through controlled production processes and adherence to rigorous testing standards.

Looking ahead, Gavin Yi stated, “The addition of turbo molecular pump manufacturing marks a significant step toward diversifying into specialized engineering sectors. Future developments will focus on enhancing pump efficiency, reducing operational noise, and integrating digital monitoring capabilities to support predictive maintenance. Continued investment in process optimization and collaborative engineering will ensure readiness to meet the requirements of emerging high-vacuum technologies.”

The Shenzhen production line is operational and ready to fulfill orders for clients in Asia, Europe, and North America. Initial production runs have already been scheduled, with delivery timelines coordinated to match project-specific requirements.

For inquiries regarding China turbo molecular pump factory, Yijin Hardware, headquartered at 760 NW 10th Ave, Homestead, FL 33030, USA, may be contacted at +1 626 263 5841 or yijing@yijinsolution.com.

Media Contact

Organization: Yijin Hardware

Contact
Person: Gavin Yi

Website:

http://yijinsolution.com/

Email:

yijing@yijinsolution.com

Address:760 NW 10th Ave

Address 2: Homestead, FL 33030

Country:United States

The post
Yijin Hardware Commissions Turbo Molecular Pump Production for High-Vacuum Systems in China appeared first on
Brand News 24.
It is provided by a third-party content
provider. Brand News 24 makes no
warranties or representations in connection with it.

United States, 19th Aug 2025, – Cloom Tech, an electrical interconnect manufacturer with in-house design, prototyping, and compliance support serving automotive, robotics, medical device, and aerospace programs, has introduced a dedicated manufacturing capability for marine wire harnesses intended for saltwater-ready vessels. The initiative establishes defined materials selection, sealed termination methods, and verified routing standards suited to corrosion-prone environments across commercial, recreational, and defense fleets.

“This introduction establishes a focused path for harnesses built around marine-grade conductors, seals, and connector systems, with documentation that aligns installation steps to measurable checks,” said Ivy Zhao, spokesperson for Cloom Tech. “The objective is dependable power and signal integrity in saltwater conditions, supported by materials and processes selected for UV exposure, vibration, and intrusion protection.”

The manufacturing scope centers on tinned-copper conductors, abrasion- and UV-resistant jacketing, adhesive-lined heat-shrink, molded boots, and strain-relieved terminations. Connector options include sealed circular, blade, and multi-pin systems with ingress protection ratings specified by application. Overmolding and potting are available for junction points that require additional reinforcement against spray, washdown, and intermittent immersion. Layouts emphasize drip loops, serviceable breakouts, and labeling that supports traceability during commissioning and maintenance.

Design support spans early routing studies through production release. Engineers document bend radii, separation of power and data lines, and provisions for shielding in proximity to motors, radios, sonar, and navigation equipment. Drawings and bills of materials are prepared to mirror procurement and maintenance needs, including spare parts lists and approved alternates where appropriate. For control panels and distributed electrical boxes, harnesses are organized for clear identification and access, reducing time at installation and at subsequent inspection intervals.

Qualification and validation steps are integrated into the build process. Continuity and insulation-resistance checks are performed on 100% of harnesses, with pull-test thresholds applied to critical crimps and terminations. Where required, environmental screening can include salt-fog exposure, temperature cycling, and vibration profiles representative of hull and deck locations. Documentation packages may include certificates of compliance, material declarations, and first-article inspection records to support audits and change control.

Production control focuses on repeatability and service readiness. Cut-length accuracy, conductor alignment, and jacket integrity are monitored through in-process checkpoints and final acceptance. Lot coding and serialized labels tie finished harnesses to material batches and test records, aiding field diagnostics. For operators, routing guides and mounting notes are delivered alongside the assemblies to encourage placement that protects against chafe, heat, and pinch points in tight compartments.

The offering is positioned to support boatbuilders, refit yards, and system integrators seeking structured cabling practices between batteries, engines, helm stations, lighting, bilge systems, sensors, communications, and auxiliary equipment. In complex installations, flat and round profiles are mixed to suit conduits, penetrations, and panel backplanes. Attention is given to minimizing EMI pathways and preserving service loops so that components can be removed and replaced without disturbing adjacent circuits.

“Future development will examine additional insulation chemistries for extended temperature ranges, expanded connector families with higher ingress protection ratings, and digital build records that map each circuit for lifecycle tracking,” Zhao added. “The roadmap emphasizes pragmatic updates that support reliability, maintainability, and documentation consistency over long service intervals.”

The announcement reflects sustained demand for standardized marine wiring approaches as vessels adopt denser electronics, electrified auxiliaries, and networked control. By combining marine-appropriate materials with measured process controls, the capability aims to provide harnesses that integrate cleanly with established boatbuilding practices while remaining serviceable over multiple seasons in salt and sun.

Cloom Tech operates from 9251 NW 112th Ave, Medley, FL 33178, USA, with support that extends from initial design discussion through production transition. Service scope includes drawing reviews, prototype builds for fit and electrical checks, and scaling guided by documented work instructions. Collaboration with customer engineering teams, yards, and equipment suppliers remains central to aligning interconnect details with overall vessel requirements.

For media inquiries regarding Marine Wire Harness Manufacturing, Cloom Tech may be contacted at +1 863 434 8447 or sales@cloomtech.com.

Media Contact

Organization: Cloom Tech

Contact
Person: Ivy Zhao

Website:

https://cloomtech.com/

Email:

sales@cloomtech.com

Contact Number: 18634348447

Address:9251 NW 112th Ave

Address 2: Medley, FL 33178

Country:United States

The post
Cloom Tech Introduces Marine Wire Harness Manufacturing for Saltwater-Ready Vessels appeared first on
Brand News 24.
It is provided by a third-party content
provider. Brand News 24 makes no
warranties or representations in connection with it.

United States, 19th Aug 2025, – Promax Pogo Pin, an engineering-led and ISO-certified manufacturer specializing in precision pogo pins, spring-loaded connectors, and magnetic connectors, with in-house capabilities spanning design, prototyping, production, and compliance testing, serving sectors including consumer electronics, aerospace, and medical technology, has announced the release of its new high-current pogo pin connectors. The announcement addresses the growing need for compact, power-efficient interconnect solutions capable of delivering reliable performance in high-density systems.

The high-current pogo pin connectors have been developed to accommodate increased electrical loads while maintaining a compact form factor. By leveraging advanced material selection and precision spring mechanisms, the design achieves reduced contact resistance, improved current-carrying capacity, and enhanced thermal performance. These attributes enable integration into applications where space constraints and high reliability are critical.

Gavin, Manager at Promax Pogo Pin, commented on the launch, “The introduction of the high-current pogo pin connectors reflects a focused approach to evolving industry requirements for compact, high-efficiency power solutions. The engineering team prioritized durability, current-handling capability, and compatibility with existing design ecosystems to meet the practical needs of system integrators. This development aligns with a broader trend toward miniaturization and higher power density in modern technology.”

The connectors are available in multiple configurations, allowing for adaptat ion to specific voltage, current, and environmental parameters. This flexibility supports a wide range of applications—from secure charging interfaces in wearable technology to high-demand power delivery systems in industrial and aerospace environments.

To ensure reliability, the development process incorporated rigorous testing protocols, including accelerated mating-cycle evaluations, wide-range temperature testing, and corrosion resistance assessments. These measures confirm that the connectors can maintain consistent electrical performance across extended operational lifespans and challenging environmental conditions.

The introduction of high-current pogo pin technology addresses a pressing challenge in modern electronics design: delivering higher levels of power in increasingly smaller device architectures. This requirement is particularly prevalent in industries such as medical devices, where equipment must be both compact and dependable, and in aerospace, where weight and volume constraints are critical without sacrificing electrical integrity.

Promax Pogo Pin’s 15-year track record in connector engineering provides a strong foundation for the new product line. The company’s integrated manufacturing approach allows for rapid prototyping, scalable production, and quality control under recognized international standards. This ensures consistent product performance while enabling customization for specialized applications.

As electronic systems continue to evolve toward higher performance within reduced form factors, connector technology remains an enabling factor in delivering that progress. By combining mechanical resilience with precise electrical engineering, the high-current pogo pin connectors offer a platform for next-generation designs.

Looking to the future, Gavin noted, “The development of high-current pogo pin technology is part of a larger strategy to expand connector capabilities for emerging applications. Research and development efforts will continue to focus on enhancing electrical performance, mechanical resilience, and integration flexibility. The goal is to ensure that connector solutions remain aligned with the technological advances shaping the industries served.”

Technical specifications, performance data, and application guidelines for the high-current pogo pin connectors are available through Promax Pogo Pin’s engineering support channels. The company is also engaging with design and procurement teams to facilitate integration into upcoming projects.

For media inquiries regarding high-current pogo pin connectors, Promax Pogo Pin may be contacted at (765) 705-7361 or tonyhoo@promaxpogopin.com. The company is located at 480 Jackson St, Gary, IN 46402, USA.

Media Contact

Organization: Promax Pogo Pin

Contact
Person: Gavin

Website:

http://promaxpogopin.com/

Email:

tonyhoo@promaxpogopin.com

Contact Number: 17657057361

Address:480 Jackson St

Address 2: Gary, IN 46402

Country:United States

The post
Promax Pogo Pin Unveils High-Current Pogo Pin Connectors for Power-Dense Systems appeared first on
Brand News 24.
It is provided by a third-party content
provider. Brand News 24 makes no
warranties or representations in connection with it.

United States, 19th Aug 2025, – Lontto, a leading manufacturer of block and brick making machines that also provides installation and training services, has announced a newly developed automatic brick making machine featuring Siemens PLC control and CALYCA hydraulic components. The announcement signals continued integration of programmable control and hydraulic actuation for plants seeking consistent, traceable production across concrete and compressed earth block applications.

The release expands the company’s portfolio for concrete and compressed earth block production with a model designed for coordinated control of feed, compaction, and demolding. The PLC-based architecture manages cycle timing and motion profiles, while hydraulic actuation provides force delivery for molding sequences. The configuration focuses on stable operation, transparent settings, and access for routine service within new or existing plant layouts.

Control logic and hydraulics are arranged to support repeatable outcomes under typical plant conditions. Parameter sets can be stored and recalled to reflect variations in aggregates, moisture levels, and cement content, aligning production steps with documented targets. The approach enables consistent cycle control without relying on custom engineering at the line level, supporting integration into facilities that already use standardized sensors and safety devices.

Commissioning has been structured around practical handover. Installation and training services cover base setting, level and alignment checks, input/output verification, and the establishment of preventive maintenance routines. Documentation outlines inspection points, torque values, lubrication intervals, and lockout procedures, with a view to reducing unplanned downtime and simplifying work instructions for operators and technicians.

“The integration of Siemens PLC architecture with CALYCA hydraulics is intended to bring structured control, diagnostics, and serviceability to everyday block production,” said Chao Zhang, CEO of Lontto. “The project emphasizes stability, maintainability, and operator safety across common brick and block formats, with parameters that can be recorded, reviewed, and refined over time.”

Plant managers often balance throughput targets with variability in raw materials and weather conditions. The machine addresses those constraints by coordinating material feed, mold compaction pressure, vibration dwell, and demolding speed through programmable setpoints. Electrical enclosures and hydraulic manifolds are separated to manage heat and vibration, while labeled I/O and standardized connectors aim to simplify troubleshooting and parts replacement.

Safety and accessibility are treated as part of the layout. Guarding preserves clear lines of sight to the mold area, and interlocks support safe intervention during mold changeovers and cleaning. Where local codes require, provisions for emergency stop circuits, isolation, and verification are included in the commissioning checklist. The overall footprint is planned to accommodate forklift and pallet movements common to masonry product plants.

Lifecycle considerations extend beyond startup. Training materials focus on measurable checkpoints, such as cycle time stability, compaction pressure trends, and reject rates, allowing supervisors to track process capability. Routine service points are placed for easy access, and baseline spares lists are recommended to reflect typical wear across seals, hoses, and sensors. The objective is to encourage structured maintenance that can be audited against plant standards.

“Future development will prioritize modular configurations, expanded data capture for line-level reporting, and options that support material efficiency,” Zhang added. “The roadmap focuses on measured improvements that shorten setup time, simplify training, and support consistent output across varied plant conditions.”

The announcement aligns with steady demand for equipment that bridges manual and fully automated operations in masonry manufacturing. Facilities that maintain batch records and quality logs stand to benefit from control parameters that can be tied to production lots, enabling clearer traceability. By using established industrial platforms for control and hydraulics, the model is positioned for use in plants that favor documented procedures and predictable maintenance schedules.

Lontto continues to manufacture block and brick making machines across multiple categories, including concrete block machines, mobile block making machines, and compressed earth block machines. Service offerings include installation and training intended to establish efficient, safe operation from commissioning onward. 

For media inquiries regarding the Automatic Brick Making Machine, Lontto can be reached by phone at 708 260 8300 or by email at lontto66@gmail.com. The company is based at 4992 S Austin Ave, Chicago, IL 60638, USA.

Media Contact

Organization: Lontto

Contact
Person: Chao Zhang

Website:

https://www.block-machine.net/

Email:

lontto66@gmail.com

Contact Number: 17082608300

Address:4992 S Austin Ave

Address 2: Chicago, IL 60638

Country:United States

The post
Lontto Launches Automatic Brick Making Machine with Siemens PLC & CALYCA Hydraulics appeared first on
Brand News 24.
It is provided by a third-party content
provider. Brand News 24 makes no
warranties or representations in connection with it.

United States, 19th Aug 2025, – Cloom Tech, an electrical interconnect manufacturer with in-house design, prototyping, and compliance support serving automotive, robotics, medical device, and aerospace programs, has introduced a dedicated manufacturing capability for marine wire harnesses intended for saltwater-ready vessels. The initiative establishes defined materials selection, sealed termination methods, and verified routing standards suited to corrosion-prone environments across commercial, recreational, and defense fleets.

“This introduction establishes a focused path for harnesses built around marine-grade conductors, seals, and connector systems, with documentation that aligns installation steps to measurable checks,” said Ivy Zhao, spokesperson for Cloom Tech. “The objective is dependable power and signal integrity in saltwater conditions, supported by materials and processes selected for UV exposure, vibration, and intrusion protection.”

The manufacturing scope centers on tinned-copper conductors, abrasion- and UV-resistant jacketing, adhesive-lined heat-shrink, molded boots, and strain-relieved terminations. Connector options include sealed circular, blade, and multi-pin systems with ingress protection ratings specified by application. Overmolding and potting are available for junction points that require additional reinforcement against spray, washdown, and intermittent immersion. Layouts emphasize drip loops, serviceable breakouts, and labeling that supports traceability during commissioning and maintenance.

Design support spans early routing studies through production release. Engineers document bend radii, separation of power and data lines, and provisions for shielding in proximity to motors, radios, sonar, and navigation equipment. Drawings and bills of materials are prepared to mirror procurement and maintenance needs, including spare parts lists and approved alternates where appropriate. For control panels and distributed electrical boxes, harnesses are organized for clear identification and access, reducing time at installation and at subsequent inspection intervals.

Qualification and validation steps are integrated into the build process. Continuity and insulation-resistance checks are performed on 100% of harnesses, with pull-test thresholds applied to critical crimps and terminations. Where required, environmental screening can include salt-fog exposure, temperature cycling, and vibration profiles representative of hull and deck locations. Documentation packages may include certificates of compliance, material declarations, and first-article inspection records to support audits and change control.

Production control focuses on repeatability and service readiness. Cut-length accuracy, conductor alignment, and jacket integrity are monitored through in-process checkpoints and final acceptance. Lot coding and serialized labels tie finished harnesses to material batches and test records, aiding field diagnostics. For operators, routing guides and mounting notes are delivered alongside the assemblies to encourage placement that protects against chafe, heat, and pinch points in tight compartments.

The offering is positioned to support boatbuilders, refit yards, and system integrators seeking structured cabling practices between batteries, engines, helm stations, lighting, bilge systems, sensors, communications, and auxiliary equipment. In complex installations, flat and round profiles are mixed to suit conduits, penetrations, and panel backplanes. Attention is given to minimizing EMI pathways and preserving service loops so that components can be removed and replaced without disturbing adjacent circuits.

“Future development will examine additional insulation chemistries for extended temperature ranges, expanded connector families with higher ingress protection ratings, and digital build records that map each circuit for lifecycle tracking,” Zhao added. “The roadmap emphasizes pragmatic updates that support reliability, maintainability, and documentation consistency over long service intervals.”

The announcement reflects sustained demand for standardized marine wiring approaches as vessels adopt denser electronics, electrified auxiliaries, and networked control. By combining marine-appropriate materials with measured process controls, the capability aims to provide harnesses that integrate cleanly with established boatbuilding practices while remaining serviceable over multiple seasons in salt and sun.

Cloom Tech operates from 9251 NW 112th Ave, Medley, FL 33178, USA, with support that extends from initial design discussion through production transition. Service scope includes drawing reviews, prototype builds for fit and electrical checks, and scaling guided by documented work instructions. Collaboration with customer engineering teams, yards, and equipment suppliers remains central to aligning interconnect details with overall vessel requirements.

For media inquiries regarding Marine Wire Harness Manufacturing, Cloom Tech may be contacted at +1 863 434 8447 or sales@cloomtech.com.

Media Contact

Organization: Cloom Tech

Contact
Person: Ivy Zhao

Website:

https://cloomtech.com/

Email:

sales@cloomtech.com

Contact Number: 18634348447

Address:9251 NW 112th Ave

Address 2: Medley, FL 33178

Country:United States

The post
Cloom Tech Introduces Marine Wire Harness Manufacturing for Saltwater-Ready Vessels appeared first on
Brand News 24.
It is provided by a third-party content
provider. Brand News 24 makes no
warranties or representations in connection with it.

United States, 19th Aug 2025, – Lontto, a leading manufacturer of block and brick making machines that also provides installation and training services, has announced a newly developed automatic brick making machine featuring Siemens PLC control and CALYCA hydraulic components. The announcement signals continued integration of programmable control and hydraulic actuation for plants seeking consistent, traceable production across concrete and compressed earth block applications.

The release expands the company’s portfolio for concrete and compressed earth block production with a model designed for coordinated control of feed, compaction, and demolding. The PLC-based architecture manages cycle timing and motion profiles, while hydraulic actuation provides force delivery for molding sequences. The configuration focuses on stable operation, transparent settings, and access for routine service within new or existing plant layouts.

Control logic and hydraulics are arranged to support repeatable outcomes under typical plant conditions. Parameter sets can be stored and recalled to reflect variations in aggregates, moisture levels, and cement content, aligning production steps with documented targets. The approach enables consistent cycle control without relying on custom engineering at the line level, supporting integration into facilities that already use standardized sensors and safety devices.

Commissioning has been structured around practical handover. Installation and training services cover base setting, level and alignment checks, input/output verification, and the establishment of preventive maintenance routines. Documentation outlines inspection points, torque values, lubrication intervals, and lockout procedures, with a view to reducing unplanned downtime and simplifying work instructions for operators and technicians.

“The integration of Siemens PLC architecture with CALYCA hydraulics is intended to bring structured control, diagnostics, and serviceability to everyday block production,” said Chao Zhang, CEO of Lontto. “The project emphasizes stability, maintainability, and operator safety across common brick and block formats, with parameters that can be recorded, reviewed, and refined over time.”

Plant managers often balance throughput targets with variability in raw materials and weather conditions. The machine addresses those constraints by coordinating material feed, mold compaction pressure, vibration dwell, and demolding speed through programmable setpoints. Electrical enclosures and hydraulic manifolds are separated to manage heat and vibration, while labeled I/O and standardized connectors aim to simplify troubleshooting and parts replacement.

Safety and accessibility are treated as part of the layout. Guarding preserves clear lines of sight to the mold area, and interlocks support safe intervention during mold changeovers and cleaning. Where local codes require, provisions for emergency stop circuits, isolation, and verification are included in the commissioning checklist. The overall footprint is planned to accommodate forklift and pallet movements common to masonry product plants.

Lifecycle considerations extend beyond startup. Training materials focus on measurable checkpoints, such as cycle time stability, compaction pressure trends, and reject rates, allowing supervisors to track process capability. Routine service points are placed for easy access, and baseline spares lists are recommended to reflect typical wear across seals, hoses, and sensors. The objective is to encourage structured maintenance that can be audited against plant standards.

“Future development will prioritize modular configurations, expanded data capture for line-level reporting, and options that support material efficiency,” Zhang added. “The roadmap focuses on measured improvements that shorten setup time, simplify training, and support consistent output across varied plant conditions.”

The announcement aligns with steady demand for equipment that bridges manual and fully automated operations in masonry manufacturing. Facilities that maintain batch records and quality logs stand to benefit from control parameters that can be tied to production lots, enabling clearer traceability. By using established industrial platforms for control and hydraulics, the model is positioned for use in plants that favor documented procedures and predictable maintenance schedules.

Lontto continues to manufacture block and brick making machines across multiple categories, including concrete block machines, mobile block making machines, and compressed earth block machines. Service offerings include installation and training intended to establish efficient, safe operation from commissioning onward. 

For media inquiries regarding the Automatic Brick Making Machine, Lontto can be reached by phone at 708 260 8300 or by email at lontto66@gmail.com. The company is based at 4992 S Austin Ave, Chicago, IL 60638, USA.

Media Contact

Organization: Lontto

Contact
Person: Chao Zhang

Website:

https://www.block-machine.net/

Email:

lontto66@gmail.com

Contact Number: 17082608300

Address:4992 S Austin Ave

Address 2: Chicago, IL 60638

Country:United States

The post
Lontto Launches Automatic Brick Making Machine with Siemens PLC & CALYCA Hydraulics appeared first on
Brand News 24.
It is provided by a third-party content
provider. Brand News 24 makes no
warranties or representations in connection with it.

Australia, 19th Aug 2025, – Cafe Solutions, a prominent supplier of high-quality cafe and restaurant furniture, has introduced a new range of modern cafe chairs aimed at enhancing the design and functionality of hospitality venues across Australia. This new collection is designed to meet the diverse needs of cafes, restaurants, and other commercial settings. It offers seating solutions for both indoor and outdoor spaces, providing businesses with versatile and durable options to suit a variety of customer environments.

The newly launched range focuses on balancing modern aesthetics with the practicality required for high-traffic venues. By offering a variety of seating styles, from minimalist designs to more traditional options, the collection allows hospitality businesses to enhance their overall customer experience without compromising on functionality. The launch of these chairs is part of Cafe Solutions’ ongoing efforts to meet the demands of an ever-evolving hospitality sector.

Russell Crawford, Spokesperson for Cafe Solutions, shared, “This new range of modern cafe chairs has been developed to address the specific needs of venues that require both style and durability. The modern designs cater to a wide variety of venue types while maintaining the functionality needed for day-to-day operations. The new chairs are intended to create an environment that is both welcoming and practical for both staff and customers.”

The range of cafe chairs includes different materials and finishes, allowing venue owners to tailor their seating arrangements to the overall theme of their establishment. The new chairs are engineered to be long-lasting, with materials selected for their durability in high-use environments. Additionally, the chairs are lightweight, providing flexibility for venue layouts and easy movement within the space. This combination of design and practicality aims to offer a lasting solution for Australian businesses in the hospitality industry.

“The needs of the hospitality sector are constantly evolving, and it is crucial for furniture solutions to adapt accordingly,” added Crawford. “This new collection of chairs is just one example of how Cafe Solutions continues to provide products that meet the changing demands of Australian venues. Looking ahead, the company plans to expand its offerings even further to ensure that businesses have access to the best solutions available for their space and needs.”

Alongside the launch of the modern cafe chairs, Cafe Solutions continues to offer a range of other furniture options, including tables, bar stools, benches, and sinks. The company’s focus remains on providing Australian hospitality businesses with reliable, functional, and stylish furniture designed to withstand the rigors of daily use.

The new range of modern cafe chairs is now available to venues across Australia. With the company’s commitment to fast shipping, the chairs can be delivered promptly to locations nationwide, including the company’s headquarters at 12 Kingsbury St, Brendale QLD 4500. This allows businesses to quickly update their venues with seating solutions that meet both aesthetic and functional requirements.

For more information about Cafe Solutions and the new café chairs range, visit www.cafesolutions.com.au or contact the company directly at sales@cafesolutions.com.au.

Media Contact

Organization: Cafe Solutions

Contact
Person: Russell Crawford

Website:

https://cafesolutions.com.au/

Email:

sales@cafesolutions.com.au

Contact Number: 61731848441

Address:12 Kingsbury St

Address 2: Brendale QLD 4500

Country:Australia

The post
Cafe Solutions Releases Modern Cafe Chairs Range for Cafes & Restaurants appeared first on
Brand News 24.
It is provided by a third-party content
provider. Brand News 24 makes no
warranties or representations in connection with it.