DDTG-55Z High Speed Tubular Linear Actuator The DDTG-55Z high speed electric linear actuator is a high-performance solution designed for applications that demand rapid and precise linear motion. With its advanced design and high-speed motor, it offers quick response times and accelerated speeds while ensuring precision and accuracy. This actuator is ideal for industries such as robotics, automation, and aerospace, where high-speed operation is critical for enhanced performance. Technical Data of DDTG-55Z Ultra High Speed Linear Actuator Model DDTG-55Z Input Voltage 12V or 24V or 36V or 48V material of outer tube AL 6063/stainless steels 304 material of lead screw stainless steels 304 material of piston rod stainless steels 304 material of the nut DuPont POM, USA Stroke Length 50500mm Motor Type brushed motor Max Load 400N (24V) / 250N(12V) Load Speed 80-90mm/s Limit Switch built-in Duty Cycle under max load,work for 50 times , stop for 20minutes15%-20%;under min load can work continuously Protection Class IP67 Operating temperature -20-60 ºC Wire length Custom Noise on load 60db Dimension of DDTG-55Z High Speed Tubular Custom Linear Actuator DDTG-55Z mm Limit Switch Hall Sensor Over Current Protection Min. install dimension L+S 325+S Pending Pending DDTG-55Z Fast Electric Actuator Customizable Options Wire length Stroke length Install dimension Color Bracket Control box Now the price of fast linear actuator 12v is reasonable, if you have needs, please contact us.
ROCK REAMER There is no fixed tooth shape and bearing for the rock reamer, so it is necessary to select appropriate tooth shape and bearing structure according to different stratum structure. It adopts the palm back tilt, cold inlaid anti - ruin gold design, with the roller anti-peeling structure, mainly to prevent the roller falling off after the roller bearing is damaged, resulting in the accident in the hole. The roller reamer is suitable for horizontal directional drilling construction, with high design strength, good wear resistance, long service life and good safety performance. The reaming size is 220~1600mm. Types Of Rock Reamer Roller Cone Reamer It means that the teeth using the roller are milled teeth, that is, the teeth milled out on the matrix of the roller, whose wear resistance is relatively poor. In order to improve its wear resistance, it is often coated with a hard alloy layer. What Are Rock Reamer Made Of? 01 The Structure Of The Rock Reamer Is Shown In The Figure The rock reamer mostly uses the single tooth palm of the cone bit and the cone as one cutting edge, 02 With The Number Of Cutting Edges At Least 3 The cone reamer is composed of a rear centering plate, a rear baffle. 03 A Mandrel A front baffle, a front centering ring, a front centering plate, a cone, and a tooth palm. 04 The Reamer Uses Welding Process To Connect And Fix The Components. In the process of hole reaming, the screw drill provides torque and the drill provides tension. As a drill bit supplier, we will do our best to meet all the needs of customers. If you want to know more types of oem pdc bit, please visit our website.
Flat lock is a common type of mechanical lock. Its basic structure includes lock cylinder, lock body and handle. The lock cylinder usually contains components such as slot, sleeve, core barrel and lock plate, which are used to control the opening and closing of the lock. The lock body is made of metal, which is durable and safe. It contains the lock cylinder and contacts the surface of the door or other objects. The handle is used to manually operate the lock to rotate the lock cylinder to open or close the lock. It is mainly used for door locks of various cabinets, such as machine tools, electric cabinets, etc. According to the search results, flat locks have different types and characteristics. Maintenance and care: In order to ensure the normal use and extend the life of the flat lock, the following maintenance and care measures should be taken: 1.Regular cleaning: Use a soft cloth or cotton swab to dip a small amount of detergent (such as detergent or soapy water) and gently wipe the outer surface of the flat lock, while ensuring that no moisture or detergent residue is left on the lock hole and the internal slide. 2.Prevent dust accumulation: Keep the area around the flat lock clean to prevent dust and debris from entering the lock body. 3.Lubricate the lock core: Regularly use an appropriate amount of lock core lubricant (such as lithium-based lubricating oil) to drip on the lock core, and then insert the key to apply the lubricant. 4.Use with caution: Avoid violent impact, strong twisting or excessive force. 5.Adjust fasteners: If the flat lock is found to be loose or shaking, you can use appropriate tools to gently tighten the screws of the lock body and the mounting base. 6.Regular inspection: Regularly check whether the various components of the flat lock are normal.
Size:600*600mm Resflor Introduction of Products     Calcium sulphate raised floor panel make the environment friendly plant's fibre as the reinforcement material, and then solidify the calcium sulphate crystals, and after the pulse pressing process done. It's wildly used in the raw material of the raised flooring,because the good furthers in environment friendly, fireproof, high loading capacity and flatness and so on. Characteristics     1.Strong wearability, nIntroduction of Products     Prefer aluminum as base material. Die casting by large oil press,imported strong glue paste HPL or PVC, pedestal/stringer are pressured forming with steel, lead screw could adjust height, Characteristics. Characteristics     1.This is best base material/optimal conductor in antistatic floor, can give off the static into ground by earthling system in a very short time.     2.Fireproof, soundproof, dustproof, antisoil, resistance to chemical attack, electromagnetic shielding.     3.Pressurization, super strength loading,1.5T for each square.     4.High grade and environmental protection, recycled, no devaluate Range of application; bank and high grade office, clean room and other occasions which require higher loading and material.on-bubble, no degumming     2.Strong design ability, pressurization, good loading capacity;     3.Appearance is beautiful;     4.Easy to fix, convenient for wires.
Plastic Granulation Machine A plastic granulation machine, also known as a plastic granulator or plastic pelletizer, is a device used to transform plastic waste into small, uniform plastic pellets or granules. These pellets can be used as raw materials for various plastic manufacturing processes, such as injection molding, extrusion, and blow molding. Working Principles Feeding: Plastic waste, such as discarded plastic products or post-industrial plastic scraps, is fed into the machine's hopper or feeding system. The waste is usually in the form of larger pieces or chunks. Shredding: The plastic waste is first shredded into smaller pieces using blades or knives. This step helps in reducing the size of the plastic and preparing it for further processing. Grinding: The shredded plastic is then further reduced in size through grinding. Grinding mechanisms, such as rotating blades or a rotor, break down the plastic waste into even smaller particles. This process increases the surface area of the plastic, making it easier to melt and form into pellets. Melting and Extrusion: The ground plastic particles are fed into a heating chamber within the granulator machine. Heat is applied to melt the plastic particles. The molten plastic is then forced through a die or a screen with small holes to create cylindrical strands or filaments. The strands are formed by the action of rotating screws or rollers within the machine. Cutting and Cooling: As the strands exit the machine, they are cut into uniform lengths by a cutting mechanism. This results in the formation of plastic pellets or granules. The pellets are usually cooled using air or water to solidify them and prevent sticking or clumping. In some cases, a vibrating system is used to separate and cool the pellets. Collection and Packaging: The plastic pellets are collected and stored in containers or bags. They are then ready to be used as raw material in various plastic manufacturing processes, including injection molding, extrusion, or blow molding. The entire process is typically controlled and monitored by a control panel that allows operators to adjust parameters such as temperature, speed, and cutting length to achieve the desired pellet quality and production efficiency.
Home Office Ceiling Lighting Hollow Circle Chandelier Features Transform your home office with our exceptional home office ceiling lighting. Designed to elevate your workspace, our home office lighting fixtures combine functionality with style for an enhanced work environment. Specifications Name Circle Office Lights Item Code SO04 Space Size D600mm*H70mm Voltage AC90-260V Power 48W CRI. â?¥80 CCT. 6000K Application: Office lighting is versatile and can be used for various scenes, including home parties, entertainment stages, bars, gaming rooms, gyms, showrooms, ceilings, walls, barber shops, supermarkets, and more. Function: 1. Home office ceiling lighting is professional, providing high illumination, non-flickering lighting, non-glare, and non-shadow effects, which protects the body paint color from distortion. 2. A color temperature range that is most suitable for construction is adopted, reducing visual fatigue for maintenance personnel and enhancing the natural beauty of the car. Advantages: 1. Easy to install: The hexagon LED office lights can be surface-mounted or suspended from the ceiling, providing convenient overhead task lighting. They can be directly fixed to the ceiling with screws or easily installed with mounting brackets. 2. Cost-saving: With standardized factory production, installation instructions, and video demonstrations, customers can save more than 60% on labor and capital investment compared to traditional decoration. 3. Personalized custom design: We support size customization for home office ceiling lighting to meet your personalized needs. 4. Provide CAD drawings and professional lighting solutions: Customers only need to provide site dimensions and our sales engineers can design lighting adjustments, and provide structural layout drawings, or 3D renderings.
RB-6000 round steel tube tube CNC plasma cutting machine is a device that automatically calculates and cuts the joints of steel tube ends. This kind of plasma cutting machine is widely used in the cutting and processing of tubes in the construction, chemical, machinery, metallurgical and other industries. In these industries, there are a large number of tube junctions, intersecting line holes, and intersecting line ends. In the past, these processes used backward and cumbersome methods such as making prototypes, scribing, manual lofting, manual cutting, and manual polishing. And this kind of plasma cutting machine can cut this kind of round tube very conveniently, and the operator does not need to calculate and manually program, only we need to input the diameter of the tube, the intersection angle and other parameters, the machine can automatically cut the graphics we want. Performance characteristics of plasma cutting machine: 1. Control System This system has three-axis linkage and supports cutting of flat and round tubes. When we use the machine to cut round tubes, we can choose the library owned by the system, and the system also supports any round tube nesting software. 2. Arc voltage height controller The machine can automatically adjust the cutting height according to the bending of the iron plate. 3. Machine support frame The base plate of the support base is made of 12mm steel plate, which is formed and processed in a CNC machining center at one time to ensure the machining accuracy and service life. The use of precise lead screw drive can bear more weight and save effort for lifting. 4. Chuck holder The drive motor adopts a servo motor, which has stable operation, high precision and long service life. 5. The transmission mode is gear plate and gear coordinated transmission, and the operation is very stable. 6. The chuck adopts 250# three-jaw chuck, which has high precision and good cutting quality.
Affordable 5*10 feet CNC plasma and gas/flame cutting machine (CNC plasma cutter) is widely used in industry of Ship Building, Construction Equipment, Transport Equipment, Aerospace Industry, Bridge Building, military industrial, wind power, Structural Steel, Boiler containers, Agriculture Machinery, Chassis electrical cabinets, Elevator manufacturers, Textile Machinery and so on. Features of Affordable 5*10 feet CNC plasma and gas/flame cutting machine (CNC plasma cutter): 1. Three torch: plasma torch , gas/flame torch, marking torch for different materials. 2. TORCH HEIGHT CONTROLLER--The numerical control system with high disposes, the automatic striking arc, the performance is stable. STARFIRE cutting system panel, Auto Initial Height Sensing, Arc Voltage Divide etc, can cut different thickness, automatic height control, easy operation, high efficiency. 3. Blade and saw working table for choose, support heavy metal with high stability. 4. High precision square rail, and rack gear. 5. HUAYUAN plasma power supply(USA HYPERTHERM for optional),excellently performance, low failure rate, more secure. 6. Stepper motor (servo for optional) cooperate with precision machinery transmission system, faster and more stable, higher cutting efficiency. Affordable 5*10 feet CNC plasma and gas/flame cutting machine (CNC plasma cutter): Working area 1300*2500mm, 1500*3000mm, 1500*6000mm (can be customized) Transmission High precision Rack Gears, Ball Screw X, Y, Z Rail Square Rail Cutting Thickness 0-30mm, plasma cutting 8-200mm,gas /flame cutting Cutting Speed 0-12000m/min Plasma Generator 63A (more optional 120A,160A ,200A) Motor Stepper motor(servo motor optional) Control system STARFIRE, FANGLING, Document transmission form USB interface Working voltage 3 phase 380V 220V 50HZ/60HZ Software CAD, FASTCAM,ARTCAM
Parameter: Maximum swing diameter over bed: 800 mm; Maximum turning length: 3000 mm; Maximum length of two centers: 3000 mm; Spindle bore diameter: 104 mm; Spindle nose type D11 type; Spindle nose taper: 120(1:20) mm; Spindle speed range(clockwise): 5.4-720(18 steps) rpm; Spindle motor power: 11 kw; Rapid motor power: 1.1 kw; Saddle feed speed: 4000 mm/min; Spindle longitudinal feed per revolution: 0.06-24.3/64 kinds mm/r; Spindle transverse l feed per revolution: 0.03-12.1/64 kinds mm/r; Lead screw pitch: 12 Metric ; Metric threads range(number): 1-240(50 kinds) mm; Inch threads range(number): 1-14(26kinds) t.p.i; Modular threads range(number): 0.5-120(53 kinds) mm; Diametral pitch threads range(number): 1-28(24 kinds) Dp; Tailstock sleeve diameter: 100 mm; Tailstock sleeve traverse: 250 mm; Tailstock center taper hole: MT5 ; Positions of tool rest: 4 positions vertical type pcs; Maximum swing diameter over tool rest: 480 mm; Transverse travel of lower tool rest: 500 mm; Transverse travel of upper tool rest: 200 mm; Section size of tool shank: 25*25 square mm; Machine weight: 5900 kg; Machine overall size: 5160x1450x1630 mm;
Parameter: Unit Maximum swing diameter over bed: 800 mm; Maximum turning length: 1500 mm; Maximum length of two centers: 1500 mm; Spindle bore diameter: 104 mm; Spindle nose type D11 type; Spindle nose taper: 120(1:20) mm; Spindle speed range(clockwise): 5.4-720(18 steps) rpm; Spindle motor power: 11 kw; Rapid motor power: 1.1 kw; Saddle feed speed: 4000 mm/min; Spindle longitudinal feed per revolution: 0.06-24.3/64 kinds mm/r; Spindle transverse l feed per revolution: 0.03-12.1/64 kinds mm/r; Lead screw pitch: 12 Metric ; Metric threads range(number): 1-240(50 kinds) mm; Inch threads range(number): 1-14(26kinds) t.p.i; Modular threads range(number): 0.5-120(53 kinds) mm; Diametral pitch threads range(number): 1-28(24 kinds) Dp; Tailstock sleeve diameter: 100 mm; Tailstock sleeve traverse: 250 mm; Tailstock center taper hole: MT5 ; Positions of tool rest: 4 positions vertical type pcs; Maximum swing diameter over tool rest: 480 mm; Transverse travel of lower tool rest: 500 mm; Transverse travel of upper tool rest: 200 mm; Section size of tool shank: 25*25 square mm; Machine weight: 4900 kg; Machine overall size: 3660x1450x1630 mm;
Parameter: Unit Maximum swing diameter over bed: 400 mm; Maximum turning length: 1000 mm; Maximum length of two centers: 1000 mm; Spindle bore diameter: 104 mm; Spindle nose type D11 type; Spindle nose taper: 120(1:20) mm; Spindle speed range(clockwise): 5.4-720(18 steps) rpm; Spindle motor power: 11 kw; Rapid motor power: 1.1 kw; Saddle feed speed: 4000 mm/min; Spindle longitudinal feed per revolution: 0.06-24.3/64 kinds mm/r; Spindle transverse l feed per revolution: 0.03-12.1/64 kinds mm/r; Lead screw pitch: 12 Metric ; Metric threads range(number): 1-240(50 kinds) mm; Inch threads range(number): 1-14(26kinds) t.p.i; Modular threads range(number): 0.5-120(53 kinds) mm; Diametral pitch threads range(number): 1-28(24 kinds) Dp; Tailstock sleeve diameter: 100 mm; Tailstock sleeve traverse: 250 mm; Tailstock center taper hole: MT5 ; Positions of tool rest: 4 positions vertical type pcs; Maximum swing diameter over tool rest: 480 mm; Transverse travel of lower tool rest: 500 mm; Transverse travel of upper tool rest: 200 mm; Section size of tool shank: 25*25 square mm; Machine weight: 4200 kg; Machine overall size: 3160x1450x1630 mm;
Parameter: Unit Maximum swing diameter over bed: 400 mm; Maximum turning length: 3000 mm; Maximum length of two centers: 3000 mm; Spindle bore diameter: 104 mm; Spindle nose type A11 type; Spindle nose taper: 120(1:20) mm; Spindle speed range(clockwise): 7.5-1000(18 steps) rpm; Spindle motor power: 11 kw; Rapid motor power: 1.1 kw; Saddle feed speed: 4000 mm/min; Spindle longitudinal feed per revolution: 0.05-24.3/64 kinds mm/r; Spindle transverse l feed per revolution: 0.03-12.1/64 kinds mm/r; Lead screw pitch: 12 Metric ; Metric threads range(number): 1-240(50 kinds) mm; Inch threads range(number): 1-14(26kinds) t.p.i; Modular threads range(number): 0.5-120(53 kinds) mm; Diametral pitch threads range(number): 1-28(24 kinds) Dp; Tailstock sleeve diameter: 100 mm; Tailstock sleeve traverse: 250 mm; Tailstock center taper hole: MT5 ; Positions of tool rest: 4 positions vertical type pcs; Maximum swing diameter over tool rest: 350 mm; Transverse travel of lower tool rest: 400 mm; Transverse travel of upper tool rest: 200 mm; Section size of tool shank: 25*25 square mm; Machine weight: 5700 kg; Machine overall size: 5160x1380x1450 mm;
Parameter: Unit Maximum swing diameter over bed: 400 mm; Maximum turning length: 1500 mm; Maximum length of two centers: 1500 mm; Spindle bore diameter: 104 mm; Spindle nose type A11 type; Spindle nose taper: 120(1:20) mm; Spindle speed range(clockwise): 7.5-1000(18 steps) rpm; Spindle motor power: 11 kw; Rapid motor power: 1.1 kw; Saddle feed speed: 4000 mm/min; Spindle longitudinal feed per revolution: 0.05-24.3/64 kinds mm/r; Spindle transverse l feed per revolution: 0.03-12.1/64 kinds mm/r; Lead screw pitch: 12 Metric ; Metric threads range(number): 1-240(50 kinds) mm; Inch threads range(number): 1-14(26kinds) t.p.i; Modular threads range(number): 0.5-120(53 kinds) mm; Diametral pitch threads range(number): 1-28(24 kinds) Dp; Tailstock sleeve diameter: 100 mm; Tailstock sleeve traverse: 250 mm; Tailstock center taper hole: MT5 ; Positions of tool rest: 4 positions vertical type pcs; Maximum swing diameter over tool rest: 350 mm; Transverse travel of lower tool rest: 400 mm; Transverse travel of upper tool rest: 200 mm; Section size of tool shank: 25*25 square mm; Machine weight: 4700 kg; Machine overall size: 3660x1380x1450 mm;
Parameter: Unit Maximum swing diameter over bed: 400 mm; Maximum turning length: 1000 mm; Maximum length of two centers: 1000 mm; Spindle bore diameter: 104 mm; Spindle nose type A11 type; Spindle nose taper: 120(1:20) mm; Spindle speed range(clockwise): 7.5-1000(18 steps) rpm; Spindle motor power: 11 kw; Rapid motor power: 1.1 kw; Saddle feed speed: 4000 mm/min; Spindle longitudinal feed per revolution: 0.05-24.3/64 kinds mm/r; Spindle transverse l feed per revolution: 0.03-12.1/64 kinds mm/r; Lead screw pitch: 12 Metric ; Metric threads range(number): 1-240(50 kinds) mm; Inch threads range(number): 1-14(26kinds) t.p.i; Modular threads range(number): 0.5-120(53 kinds) mm; Diametral pitch threads range(number): 1-28(24 kinds) Dp; Tailstock sleeve diameter: 100 mm; Tailstock sleeve traverse: 250 mm; Tailstock center taper hole: MT5 ; Positions of tool rest: 4 positions vertical type pcs; Maximum swing diameter over tool rest: 350 mm; Transverse travel of lower tool rest: 400 mm; Transverse travel of upper tool rest: 200 mm; Section size of tool shank: 25*25 square mm; Machine weight: 4000 kg; Machine overall size: 3160x1380x1450 mm;
This 8-12 t/h feed pellet line is suitable for processing various animal feeds, such as chicken feed, poultry feed, livestock feed, bird feed, duck feed, goose feed, cattle feed, sheep feed, camel feed, horse feed, pig feed, rabbit feed, fish feed, shrimp feed, crab feed, aquatic feed, etc. The main equipment of a complete 8-12T/H feed pellet production line includes a hammer mill machine, 8-12 t/h feed pellet making machine, single shaft screw mixer, counter-flow feed pellet cooler, pellet crumbler machine, box cylinder pulse dust remover, vibrating screen classifier, bucket elevator, automatic bagging system, etc. This complete feed pellet plant can accomplish raw material mixing, transmission, feeding, and pelletizing. After the raw materials become feed pellets, the following equipment can cool them down and pack them into bags. The animal feed pellet production line has good raw material versatility and can be used for the granulation of various raw materials such as corn, sorghum, wheat, beans, and oilseed meal. At the same time, the animal feed production plant has the characteristics of low energy consumption, high production efficiency, and large profits. It is especially suitable for large feed mills, breeding farms, large farms, etc. At the same time, we provide free installation, training, factory design, and timely after-sales service.
This 13-18t/h feed pellet production line is suitable for processing various animal feeds, such as chicken feed, poultry feed, livestock feed, bird feed, duck feed, goose feed, cattle feed, sheep feed, camel feed, horse feed, pig feed, rabbit feed, fish feed, shrimp feed, crab feed, aquatic feed, etc. The main equipment of a complete 13-18t/h animal feed pellet production line includes a hammer mill machine, 13-18t/h feed pellet making machine, single shaft screw mixer, counter-flow feed pellet cooler, pellet crumbler machine, box cylinder pulse dust remover, vibrating screen classifier, bucket elevator, automatic bagging system, etc. This complete feed pellet plant can accomplish raw material mixing, transmission, feeding, and pelletizing. After the raw materials become feed pellets, the following equipment can cool them down and pack them into bags. The animal-feed pellet plant has good raw material versatility and can be used for the granulation of various raw materials such as corn, sorghum, wheat, beans, and oilseed meal. At the same time, the animal feed production plant has the characteristics of low energy consumption, high production efficiency, and large profits. It is especially suitable for large feed mills, breeding farms, large farms, etc. At the same time, we provide free installation, training, factory design, and timely after-sales service.
Rebar Coupler The splicing couplers model is divided into 9 categories according to the Rebar Coupler. (Unit: mm) 1).The parameter of couplers Size(mm) O D�±0.5ï¼?mmï¼? Threadï¼?mmï¼? L�±0.5 (mm) Pitch Rib peeling coupler weight/pc (kg) Thread Angle �¦16 25 M16.5 40 2.0 0.111 60 Degree �¦18 28 M18.5 45 2.5 0.136 �¦20 31 M20.5 50 0.175 �¦22 33 M22.5 55 0.203 �¦25 37 M25.5 60 0.266 �¦28 41 M28.6 70 3.0 0.375 2).The Characteristics of the Usage Mode usage occasion Standard Model used in the occasion for connecting the steel bar in normal situation Different Diameter Model used for connecting the steel bar in different diameters Flared Model used for the steel bar which was hard to match Positive And Negative Screw Thread Model Used in the occasion when the steel bar in the two sides both can not be turned but the lengths can be adjusted. Locking Nut Model Used when the steel bar can not be turned, then it turns the splicing coupler to join the steel bar and then lock the splicing coupler with the locking nut. 3).The material of the splicing coupler The material of the splicing coupler is constructional quality steel of No.45 steel.
A versatile and efficient solution designed for transferring stickers, Labels, Components and hot fix stones onto fabric. This machine is widely used in the footwear, garment, and bag industries, offering precise and high-quality results. Pressure Adjustment : It offers adjustable pressure through a convenient pressure adjustment screw, allowing you to customize the pressure according to your specific needs. Digital Display Temperature Controller: The machine is equipped with an digital display temperature controller, ensuring precise temperature control during the transfer process. Automatic Electronic Timing with Alert Tone: Our fusing machine offers fully automatic electronic timing, enabling precise control over the transfer duration. The built-in alert tone notifies users when the process is complete, enhancing efficiency and productivity. High-Temperature Cloth Design: The machine incorporates an export-designed, high-temperature cloth for added safety and protection. Antioxidant Cast Aluminum Table and Elastic Silicone Foam Pad: The fusing machine is equipped with an antioxidant cast aluminum table that maintains temperature stability even at high temperatures. The elastic silicone foam pad ensures that the table remains distortion-free at temperatures up to 300â??, resulting in more uniform stamping and impeccable transfer quality. Model No. BS-38 Voltage AC100-220V Weight 21 KG Power Supply AC220V Time Range 0-300s Power Consumption 1.5 KW
Optical measurement camera Tracking and navigating in sub-millimeter accuracyOverall tacking/processing unit Overall design of workstation and optical measurement camera helps to maximize space in the OR 3D reference marker Navigate the instrumentation guide to the right position through pre-op plan34 inches LCD surgical monitor Large angle rotatable and large size LCD monitor for easy image reviewingPre-op planning system Screwsâ??trajectory and position planning 29 inches workstation monitor Displaying real-time modified plan and mechanical sensor feeback6-way directional moving robotic arm State-of-art robotic arm and built-in force sensor provide high accruateinstrumentationSelf-adaptive calibration Perlove Medical is the first manufacturer in China that combines intraoperative 3D imaging C-arm and spine surgical navigation system. Equipped with the intraoperative 3 D imaging C arm system which independently developed and produced by Perlove, PL300B, which integrated with self-adaptive calibration technology, can realize image automatic registration, and automatically estab-lishes the association of three coordinate systems, the optical position gauge, the patient and the image. No manual intervention is required in registration process, and the accuracy is not affected by the image quality. It brings stron-ger system compatibility, more accurate coordination matching and more convenient calibration.Self navigation Surgical arm can be precisely sent to the right position through wellplanned trajectory, ensuring consistency between pre-op surgicalplan and intra-op surgical outcome. Real time motion tracking Real time motion tracking and position modifing, ensuring precise screw placement. High-precision robotic arm The smart navigation system and robotic arm deliver high degree ofaccuracy, effectively decreasing complication rate and revision rate. Positioning with accuracy Equipped with cutting-edge optical tracking sensor and robotic arm,PL300B utilize intraoperative 3D based imageto make pre-operative plan, allowing surgeon to performspinal MIS with submillimeter accurate navigation.Especially for high-risk and complex procedure, it hasobvious advantages and can effectively reduce surgicalrisk.
Overall solution for next episode of spinal surgery Optical measurement camera Tracking and navigating in sub-millimeter accuracy Overall tacking/processing unit Overall design of workstation and optical measurement camera helps to maximize space in the OR Self-adaptive calibration Perlove Medical is the first manufacturer in China that combines intraoperative 3D imaging C-arm and spine surgical navigation system. Equipped with the intraoperative 3 D imaging C arm system which independently developed and produced by Perlove, PL300B, which integrated with self-adaptive calibration technology, can realize image automatic registration, and automatically estab-lishes the association of three coordinate systems, the optical position gauge, the patient and the image. No manual intervention is required in registration process, and the accuracy is not affected by the image quality. It brings stron-ger system compatibility, more accurate coordination matching and more convenient calibration.Self navigation Surgical arm can be precisely sent to the right position through wellplanned trajectory, ensuring consistency between pre-op surgicalplan and intra-op surgical outcome. Real time motion tracking Real time motion tracking and position modifing, ensuring precise screw placement. High-precision robotic arm The smart navigation system and robotic arm deliver high degree ofaccuracy, effectively decreasing complication rate and revision rate. Positioning with accuracy Equipped with cutting-edge optical tracking sensor and robotic arm,PL300B utilize intraoperative 3D based imageto make pre-operative plan, allowing surgeon to performspinal MIS with submillimeter accurate navigation.Especially for high-risk and complex procedure, it hasobvious advantages and can effectively reduce surgicalrisk.
