Enclosures are built to protect robotic processes from contamination and personnel from hazardous fumes. Utilizing a flexible, modular design, Enclosures are engineered and built to exact customer size and design requirements. HEMCO offers a wide selection of standard sizes in vented or HEPA-filtered models.

About HEMCO

HEMCO is the leading manufacturer of innovative laboratory equipment serving the Sciences and Technology Industries since 1958. Located in Independence, Missouri, the heart of America, and the crossroads of North America a major center for transportation, communication, distribution, and manufacturing industries worldwide.

HEMCO also known as Hill Engineering and Manufacturing Company’s modern manufacturing and distribution facilities combined with our many years of experience uniquely qualifies us to provide laboratory planning solutions. Our extensive engineering, design and manufacturing expertise can transform your laboratory ideas into reality.

The year 2009 marked a new beginning for HEMCO, we became an ISO 9001:2008 certified company. In 2018 HEMCO became an ISO 9001:2015 certified company. The International Standard Organization is recognized in the USA and 178 countries worldwide. HEMCO’s management team has adopted the ISO quality management and procedures into our daily operating system. By continuing to improve manufacturing procedures and operations, it creates efficiency with employee involvement. We say what we do and we do what we. We strive to make our customers experience number 1, with our prompt service. Completing projects on time and within budget.

The next year, 2010, HEMCO UniFlow SE Aire Stream, UniFlow LE , UniFlow CE fume hoods became U.L. classified to U.L.1805 standards for laboratory fume hoods cabinets. Underwriter Laboratories have 69 labs and certified testing facilities in the US, and over 100 countries worldwide, with 6,600 employees to service the U.L. clients. U.L. has tested HEMCO HiPel composite fiberglass laminate for chemical & flame resistance and to NFPA 45 for plastics suitable to use in the laboratory. All of HEMCO’s fume hoods are tested to meet U.L. standard 3101 for electrical circuitry and are listed and compliant to U.L.1805 -3101, CSA, and CE classifications.

The Chip Conveyor Kit seamlessly slots into the flood coolant tank of the 1500MX, providing a hands-free chip removal system. Its programmable capabilities, managed via Tormach’s free and open source PathPilot^® control software, allow users to activate the conveyor with a manual button or through m-codes for timed operations. This ensures coolant drains back into the tank before chip removal for optimal performance and minimal waste.

“Chip management is often an overlooked aspect of CNC machining, but it plays a critical role in maintaining efficiency,” said Tom Zelickman, product manager at Tormach. “With the Chip Conveyor Kit, we’re offering our customers a hassle-free way to reduce cleanup time and keep their 1500MX running smoothly.”

The Chip Conveyor Kit offers several key benefits that enhance the efficiency and convenience of the 1500MX. By automatically removing chips, it prevents buildup in filter baskets to ensure ideal coolant flow and reduce maintenance tasks. The system is designed to run on standard 220V household power, making it easy to integrate into a wide range of setups without requiring special electrical configurations.

Additionally, the kit’s programmable functionality allows users to set precise run durations to enable efficient separation of coolant from chips before disposal. This tailored approach to chip management not only reduces waste but also streamlines workflows and allows operators to focus on production rather than clean up.

“Machinists know clean machines lead to better performance, smoother workflows and maximum productivity,” added Zelickman. “The Chip Conveyor Kit takes the fuss out of chip removal, keeping machines focused on production instead of downtime for cleaning out chip enclosures or overflowing baskets.”

The 1500MX, introduced in April 2024, is Tormach’s most powerful and precise machine to date. Engineered with an epoxy granite frame for superior vibration damping, a 4HP (up to 6HP) BT30 spindle and servo motors with 23-bit encoders, it delivers professional-grade machining capabilities at an accessible price point. The addition of the Chip Conveyor Kit further enhances its usability for both commercial and garage-based machinists.

About Tormach

Tormach is a 100% employee-owned US-based manufacturer of CNC machines and automation tools that are capable, affordable, and easy-to-use. Our full line runs on single-phase power and includes our free and open-source control software called PathPilot^®. And unlike others in the industry, Tormach customers have true ownership of their machines with no service contracts or software lockouts.  Tormach machines are engineered and supported in the USA.

About HEMCO

HEMCO is the leading manufacturer of innovative laboratory equipment serving the Sciences and Technology Industries since 1958. Located in Independence, Missouri, the heart of America, and the crossroads of North America a major center for transportation, communication, distribution, and manufacturing industries worldwide.

HEMCO also known as Hill Engineering and Manufacturing Company’s modern manufacturing and distribution facilities combined with our many years of experience uniquely qualifies us to provide laboratory planning solutions. Our extensive engineering, design and manufacturing expertise can transform your laboratory ideas into reality.

The year 2009 marked a new beginning for HEMCO, we became an ISO 9001:2008 certified company. In 2018 HEMCO became an ISO 9001:2015 certified company. The International Standard Organization is recognized in the USA and 178 countries worldwide. HEMCO’s management team has adopted the ISO quality management and procedures into our daily operating system. By continuing to improve manufacturing procedures and operations, it creates efficiency with employee involvement. We say what we do and we do what we. We strive to make our customers experience number 1, with our prompt service. Completing projects on time and within budget.

The next year, 2010, HEMCO UniFlow SE Aire Stream, UniFlow LE , UniFlow CE fume hoods became U.L. classified to U.L.1805 standards for laboratory fume hoods cabinets. Underwriter Laboratories have 69 labs and certified testing facilities in the US, and over 100 countries worldwide, with 6,600 employees to service the U.L. clients. U.L. has tested HEMCO HiPel composite fiberglass laminate for chemical & flame resistance and to NFPA 45 for plastics suitable to use in the laboratory. All of HEMCO’s fume hoods are tested to meet U.L. standard 3101 for electrical circuitry and are listed and compliant to U.L.1805 -3101, CSA, and CE classifications.

About HEMCO

HEMCO is the leading manufacturer of innovative laboratory equipment serving the Sciences and Technology Industries since 1958. Located in Independence, Missouri, the heart of America, and the crossroads of North America a major center for transportation, communication, distribution, and manufacturing industries worldwide.

HEMCO also known as Hill Engineering and Manufacturing Company’s modern manufacturing and distribution facilities combined with our many years of experience uniquely qualifies us to provide laboratory planning solutions. Our extensive engineering, design and manufacturing expertise can transform your laboratory ideas into reality.

The year 2009 marked a new beginning for HEMCO, we became an ISO 9001:2008 certified company. In 2018 HEMCO became an ISO 9001:2015 certified company. The International Standard Organization is recognized in the USA and 178 countries worldwide. HEMCO’s management team has adopted the ISO quality management and procedures into our daily operating system. By continuing to improve manufacturing procedures and operations, it creates efficiency with employee involvement. We say what we do and we do what we. We strive to make our customers experience number 1, with our prompt service. Completing projects on time and within budget.

The next year, 2010, HEMCO UniFlow SE Aire Stream, UniFlow LE , UniFlow CE fume hoods became U.L. classified to U.L.1805 standards for laboratory fume hoods cabinets. Underwriter Laboratories have 69 labs and certified testing facilities in the US, and over 100 countries worldwide, with 6,600 employees to service the U.L. clients. U.L. has tested HEMCO HiPel composite fiberglass laminate for chemical & flame resistance and to NFPA 45 for plastics suitable to use in the laboratory. All of HEMCO’s fume hoods are tested to meet U.L. standard 3101 for electrical circuitry and are listed and compliant to U.L.1805 -3101, CSA, and CE classifications.

Specifically, combining lasers and advanced robotics within enclosed workcells enables operators to efficiently and repeatedly clean components of different sizes, shapes, and materials on a level previously unattainable through manual methods.

“Automated laser cleaning systems are designed to cost-effectively clean high volumes of even the largest format parts and equipment and can be tailored to suit the size and complexity of the parts, while eliminating concerns over operator safety,” says Wayne Tupuola, CEO, Orlando, Florida-based Laser Photonics (NASDAQ: LASE), a leading global industrial developer of laser systems for cleaning and other material processing applications.

Industrial manufacturers frequently need to remove corrosion, grease, residue, and old coatings, or roughen the surface of metals prior to coating components and equipment. At times, contaminants or toxic substances need to be eliminated before further processing.

The challenge is that conventional methods like sandblasting, dry ice blasting, and chemical stripping are messy, time and labor intensive including preparation and cleanup, and require costly consumables. These methods can also pose risks to applicators and the environment so are scrutinized by regulators like OSHA and EPA.

As a much more efficient alternative, a laser cleaning robotic workcell usually consists of at least one laser-wielding robot, controllers, and safety equipment in a custom, see-through enclosure. These collaborative robots, or cobots, excel at tasks like the laser cleaning of parts which involve repetition, freeing up employees to work on other activities.

The CleanTech Robotic Cell from Laser Photonics, for example, utilizes a robotic arm that holds a “laser gun” with cleaning, roughening, and finishing capabilities. The robotic arm is programmable via a tablet/controller where the operator would input the coordinates for material processing. The cleaning laser can be replaced with a welding or cutting laser. If required, the workcell can be split into two sections – the robot cleans on one side, while an operator installs a part to be cleaned on the other side.

“The operator can lay out several components for cleaning over the flatbed, set the cleaning coordinates, and leave the robot processing,” explains Tupuola.

He points to advancements in laser technology that complement and expedite the efficient cleaning of such shapes.

“Dual axis laser technology enables the cleaning of target areas more effectively and quickly if they are complex and uneven,” adds Tupuola. “Plus, our proprietary technologies allow the laser to move in various directions and clean hard-to-reach areas.”

Manufacturers of larger format components can find useful laser systems like Laser Photonics’ CleanTech Titan FX, which offers up to a 6’ x 12’ work envelope for automated laser cleaning, rust removal, and surface conditioning. This industrial, turnkey laser cleaning giant can operate as a standalone unit or be easily integrated into a production line environment.

“Large format automated laser cleaning systems can expedite the processing of [applications like] automotive tire rims, molds, oil and gas flanges, or even sheets for the hull of a ship or other vessel,” says Tupuola. He notes that the size and configuration of the enclosures can be customized to accommodate the size and nature of the parts that require cleaning, with the lasers operating at a range of power levels.

Another significant benefit to such automation is improved operator and environment safety.

“For extra safety, our custom-tailored automated laser systems are enclosed in a Class I safety workcell. We can also integrate dust and residue collection, as well as a fume extractor that captures vapors during the cleaning of toxic substances,” says Tupuola.

This type of advanced laser cleaning equipment is designed to accommodate rigorous safety regulations. As an example, Laser Photonics’ CleanTech systems can help businesses achieve compliance with OSHA regulations and make environmentally responsible decisions in accordance with EPA’s waste management guidelines.

Abrasive sandblasting involves forcefully projecting a stream of abrasive particles onto a surface, usually with compressed air or steam. The silica sand used in abrasive blasting typically fractures into fine particles and becomes airborne, which can cause serious or fatal respiratory disease. Particles from the coatings, plating, anodizing, corrosion, and even lead paint being removed can also be inhaled. To avoid breathing in particulates, operators must wear full HEPA suits when sandblasting.

With chemical stripping, harsh chemicals are used to strip metal-based objects of paint, rust, and other contaminants to bare metal – potentially exposing operators to corrosive acids and noxious chemical fumes. In addition, disposing of toxic chemicals is costly and closely regulated. Laser cleaning seeks to solve or minimize these issues.

Unlike conventional methods, the laser cleaning systems require no consumables other than electric power, minimal labor, and minimal maintenance. The longevity and low-maintenance design of these industrial-grade robotic laser cleaning systems further adds to their value, increasing ROI, and making replacement unnecessary for decades.

Programming the laser ablation procedure with a cobot workcell can be accomplished with a touchscreen. Generally, programming includes setting coordinates for the sample, ablation pattern, power output, and cleaning speed, according to Tupuola.

“Installation and programming are needed, but once it’s set up, robotic cell cleaning is fast, precise, thorough, and controlled. So, it’s a very convenient, optimized process if the parts being cleaned are the same,” says Tupuola.

Tupuola adds that Laser Photonics is now working on integrating 3D scanners into the robotic workcell. This would automate the focusing of the laser and eliminate some of the programming now done by an operator.

While precision laser-based systems have been effectively used to remove rust, residues, contaminants, and paint, this approach commonly involves manual labor. Automated robotic laser cleaning systems provide manufacturers safer, easier, more eco-friendly options.

To meet demand more efficiently, a growing number of manufacturers across a wide range of industries will increasingly turn to these laser systems to cost-effectively clean higher volumes of components with the control and speed required for decades to come.

About the Author

Del Williams is a technical writer based in Torrance, California.

The DUO-BOX is an enclosure that has two separate functional areas. For example, electronic components can be separated from the electrical connection technology yet still be together in the same enclosure. The DUO-BOX can be had with either a polycarbonate or ABS housing and utilizes a seamless polyurethane foamed sealing material with stainless steel, captive cover screws making them an ideal solution for harsher applications. DUO-BOXs are available in a variety of colors and sizes and can also be had with transparent covers for easy viewing of the box’s contents.

All DUO-BOXs are silicone free, halogen free, utilize UL listed ( UL 94 ) materials, and are both UV resistant as well as flame retardant. Special mechanical processing, finishing, assembly along with special colors or surface designs are all available from the factory. They carry a Protection rating of IP 65 and can operate in temperature ranges of -40°C to +100°C making them ideal for both indoor or outdoor applications. Contact Norstat for additional information, pricing, and availability.

About Norstat

Since The early 1960’s, Norstat has been servicing the industrial automation marketplace by offering safety, automation and connectivity solutions to the machine, process control, robotic, and automation industries with a complete line of safety, control, automation and connectivity products. Our trained engineering staff at our Rockaway, NJ headquarters as well as our numerous representatives out in the field can offer expert solutions for all of your safety, automation, and connectivity requirements.

Our SAFETY program includes Safety Light Curtains, Muting Light Curtains & Safety Controllers, Safety Interlock switches, Non-Contact Safety Switches, Safety Relays as well as Optical and Audible Signaling Devices. Our AUTOMATION program consists of Sensors for Pressure, Vacuum, and Positioning, Photoelectric & Ultrasonic Sensors, Foot Switches, Limit Switches both IEC body and Miniature types for axis control as well as a full line of Push Buttons, Panel Mount Switches, Buzzers and Emergency Stop Switches. Our CONNECTIVITY program features DIN Connectors for Sensors and Solenoid Valves, M8/M12 Connectors for Sensors and Switches, Passive & Smart Distribution Boxes, Automotive Connectors ( D-Type ) as well as a full range of special connection solutions that can be custom designed to fit most any application. This complete program enables our customers to conform to both the domestic and international machine safety and compliance standards along with the knowledge that Norstat supports their products with a friendly and experienced customer service team.

The MBI Black series is a perfect combination of discrete presence, modern design, and excellent technical performance. Thanks to their entirely black design, these enclosures integrate seamlessly into industrial environments and enable discreet, almost invisible installation. These boxes are available with plain side walls or pre-formed metric knockouts and are available with black or transparent covers.

MBI Black series boxes come in a variety of sizes and are perfect for hidden installations. These boxes have foamed in 2 component polyurethane gaskets, come with corrosion free plastic cover screws, and have various fastening options for walls or machines. They have a protection rating of IP66, an impact resistance of IK08 and are self-extinguishing ( UL 90 V0 ). Contact Norstat for additional information, pricing, and availability

About Norstat

Since The early 1960’s, Norstat has been servicing the industrial automation marketplace by offering safety, automation and connectivity solutions to the machine, process control, robotic, and automation industries with a complete line of safety, control, automation and connectivity products. Our trained engineering staff at our Rockaway, NJ headquarters as well as our numerous representatives out in the field can offer expert solutions for all of your safety, automation, and connectivity requirements.

Our SAFETY program includes Safety Light Curtains, Muting Light Curtains & Safety Controllers, Safety Interlock switches, Non-Contact Safety Switches, Safety Relays as well as Optical and Audible Signaling Devices. Our AUTOMATION program consists of Sensors for Pressure, Vacuum, and Positioning, Photoelectric & Ultrasonic Sensors, Foot Switches, Limit Switches both IEC body and Miniature types for axis control as well as a full line of Push Buttons, Panel Mount Switches, Buzzers and Emergency Stop Switches. Our CONNECTIVITY program features DIN Connectors for Sensors and Solenoid Valves, M8/M12 Connectors for Sensors and Switches, Passive & Smart Distribution Boxes, Automotive Connectors ( D-Type ) as well as a full range of special connection solutions that can be custom designed to fit most any application. This complete program enables our customers to conform to both the domestic and international machine safety and compliance standards along with the knowledge that Norstat supports their products with a friendly and experienced customer service team.

Meeting NFPA 496 Standards

Our electrical control cabinets and distribution cabinets are meticulously designed and constructed to meet the rigorous criteria laid out by NFPA 496. This standard outlines the specific requirements for purging and pressurization systems used in hazardous locations. Bold Laser Automation takes pride in exceeding these standards, ensuring that our solutions comply with regulations and deliver a superior level of safety and reliability.

Purging and Pressurization Expertise

At the core of our offerings lies our expertise in purging and pressurization. We understand that any spark or heat source can be catastrophic in Class 1 Division 1 and Division 2 environments. Bold Laser Automation, electrical control cabinets, are equipped with state-of-the-art purging systems that eliminate any flammable gases or vapors within the enclosure before energizing the equipment. This proactive approach significantly reduces the risk of ignition.

Enhancing Manufacturing Tools and SCADA Control

Our electrical control cabinets are not just about safety but also integral to optimizing manufacturing processes and SCADA control. With seamless integration into manufacturing tools and SCADA systems, our cabinets empower industries to operate efficiently and with complete control, even in hazardous environments. This allows for real-time monitoring, data acquisition, and automation, increasing productivity and reducing downtime.

Sensor Systems for Precision Monitoring

Bold Laser Automation incorporates advanced sensor systems within our cabinets to enhance safety and precision. These sensors continuously monitor various parameters, including temperature, pressure, and gas concentration, providing instant feedback to operators and control systems. In case of any deviations from safe conditions, our systems can automatically initiate purging or shutdown procedures, ensuring a rapid response to potential hazards.

In Class 1 Division 1 and 2 hazardous environments, where the stakes are high and safety is non-negotiable, Bold Laser Automation stands as a beacon of innovation and reliability. Our electrical control cabinets, distribution cabinets, and control systems conform to NFPA 496 standards and are the trusted choice for industries dealing with flammable materials. Using quality purging and pressurization methods, we enable industries to operate confidently, knowing that their electrical equipment is shielded from ignition risks. Bold Laser Automation is not just a provider of electrical solutions; we are your partner in safety and efficiency in the most challenging environments.

Todd E. Lizotte, President & CEO of Bold Laser Automation, stated, “As a CEO, I firmly believe that innovation and safety should always go hand in hand. Our new business unit offering Class 1 Division 1 electrical controls cabinets and sensor arrays, compliant with NEFA 496 codes for Electrical equipment in hazardous areas, represents our commitment to providing cutting-edge solutions that prioritize the well-being of our customers and their environments. We understand the critical importance of ensuring the highest standards of safety in these hazardous settings, and our products are designed to not only meet but exceed these standards, offering peace of mind and reliability to industries operating in challenging conditions.”

About Bold Laser Automation, Incorporated

Bold Laser Automation, Incorporated is a leading provider of automation solutions, specializing in innovative technologies tailored to meet the unique needs of various industries. With a commitment to excellence, Bold Laser Automation strives to exceed customer expectations through cutting-edge solutions.

The MBX PRO SERIES from Multi-Box is the most durable plastic enclosure range on the market and has been specially designed for use in demanding industrial and outdoor applications. Dust, water, heat, cold or mechanical impacts are no problem. These enclosures offer excellent protection for sensitive electronics in even the most demanding of environments. With a seamlessly foamed-in 2-component polyurethane gasket these enclosures can easily withstand a high-pressure wash-down or short-term flooding making them ideally suited for use in vehicle construction, agricultural technology, or general plant engineering.

The MBX PRO SERIES utilizes a newly developed, impact resistant, flame resistant and weatherproof polycarbonate material giving these boxes an impact resistance of IK10, a protection rating of IP69 / IP66 as well as meeting flammability class UL94 V-0/5V. This material is significantly more durable than conventional industrial polycarbonate and maintains its technical properties even at temperatures below 0°C. Contact Norstat for additional information, pricing, and availability.

About NORSTAT

Since The early 1960’s, Norstat has been servicing the industrial automation marketplace by offering safety, automation and connectivity solutions to the machine, process control, robotic, and automation industries with a complete line of safety, control, automation and connectivity products. Our trained engineering staff at our Rockaway, NJ headquarters as well as our numerous representatives out in the field can offer expert solutions for all of your safety, automation, and connectivity requirements.

All Russelectric cogeneration systems are UL listed, offer programmable logic controller (PLC) system controls, and are supervisory control and data acquisition (SCADA)-capable. They feature utility/generator and other power assets paralleling control, and provide active synchronization and soft loading. Systems use a utility-approved interconnecting protective relay system.

Russelectric cogeneration power control switchgear may have additional controls and monitoring to optimize heat recovery. The systems can be designed to operate in parallel with the utility to optimize power and heat balance.

Russelectric manufactures complete systems in-house. All enclosures, bus, and other structural components are fabricated and fully assembled in Russelectric plants. Factory testing of complete systems is performed prior to shipment.

Components are selected to assure the reliable operation of these critical systems. Utility-grade instruments provide both accuracy and visibility. Heavy-duty, switchboard type control switches are rated at a minimum of 25 amps. Protective relays for generator and utility power are utility-grade. UL-listed power circuit breakers with stored energy closing mechanisms provide 5-cycle (maximum) closing for paralleling. Draw-out circuit breakers simplify maintenance.

About Russelectric

Founded in 1955, Russelectric®, A Siemens Business, provides high-integrity power control solutions for mission critical applications in the healthcare, information technology, telecommunication, water treatment, and renewable energy markets. The company maintains vertically-integrated manufacturing facilities in Massachusetts and Oklahoma, where it designs and builds a full line of automatic transfer switches, switchgear, and controls. Russelectric products carry the longest and most comprehensive warranty in the industry, and are backed by a team of expert factory-direct field service engineers.