You want parts to move in a straight line. You want them to move fast. You want them to stop on a dime. You want them to last. I help you do that with track linear actuators.
I am Jimi Technology Co., Ltd. I make high‑quality linear actuators, TV 리프트, 그리고 자동화 시스템. My products turn 전력 에 직선 운동. You tap a button. The unit will raise. It will lower. It will push. It will pull. It will tilt. I do more than sell. I guide you. I build custom motion control solutions. I am a trusted 전문가 그리고 authority ~에 산업 자동화 그리고 모션 제어.
What is a Track Linear Actuator?
에이 track linear actuator is a smart rail with a moving carriage. A motor turns. The drive makes the carriage slide on a guide rail. The load sits on the carriage. The load moves in a line. This is 직선 운동.
It is not a rod that goes in and out. It is a rodless linear actuator on a track. You get long 스트로크 길이. 당신은 얻을 정도. 당신은 얻을 반복성.
작동 원리
- Motor makes spin. Spin makes slide.
- 다음을 사용할 수 있습니다. 스테퍼 모터, a 서보 모터, a DC 모터또는 AC motor.
- 그만큼 drive mechanism can be:
- Ball screw for high efficiency, fine 정도및 큰 load capacity.
- Lead screw ~을 위한 self‑locking hold and low cost.
- Belt drive ~을 위한 high speed and long travel.
- Linear bearings 그리고 profile rail guides keep motion smooth.
- 리미트 스위치 and an 인코더 help the 제어 장치 stop in the right spot.
- 에이 PLC 또는 HMI can run the unit. You can add a brake motor, coupling, 또는 gearbox if you need more control.
- Protective covers 그리고 wipers keep dust out.
Think of it like a train. The motor is the engine. The track is the linear motion guide rail. The car is the carriage. It runs straight. It runs true.
선택할 수 있는 유형
- By drive:
- Ball screw track actuators
- Lead screw track actuators
- Belt driven track actuators
- By setup:
- Single‑axis linear stages
- Multi‑axis gantry systems 같은 XY 또는 XYZ linear stage
- Rodless 그리고 supported rod‑style track versions
- By place:
- Industrial standard
- 클린룸 사용
- Harsh environment ~와 함께 IP 등급 그리고 waterproof 디자인
I also build linear motor actuators for ultra smooth moves. I offer 컴팩트 그리고 miniature sizes. I support long stroke 그리고 high speed 필요.
Key Parts and Features
- 모터: Stepper, servo, brushless DC, 또는 DC
- Drive trains: 볼 나사, 리드 나사, belt, 그리고 기어박스
- Guides: profile rails, round rails, 그리고 integrated guides
- Carriage: the flat top where you mount the load
- 센서: 인코더, 리미트 스위치, 그리고 Hall sensors
- 컨트롤: PLC, 제어 장치, 그리고 HMI screens
- Extras: protective bellows, wipers, 그리고 structural aluminum extrusions
- Options: actuator encoder feedback, actuator synchronisation, 그리고 brake motor actuator
Why Use Track Linear Actuators
- High precision and repeatability. Hit the mark again and again.
- Strong load handling. Take axial, radial, 그리고 moment loads with ease.
- Long stroke. Travel short or travel very far.
- Space‑efficient design. Rodless saves length.
- Durable build for 산업 자동화 그리고 열악한 환경.
- Easy to integrate with your control system.
- Energy efficient 대 공압 또는 유압.
I design for 듀티 사이클 needs. I size for actuator speed control. I hit your actuator technical specifications. I match your actuator dimensions 그리고 마운팅 옵션. I plan your actuator maintenance 그리고 윤활.
Where You Can Use Them
- Industrial automation actuator jobs: pick and place, assembly, welding, dispensing
- 로봇공학: gantry robot, Cartesian robots, mechatronics linear systems
- 의료 기기 and lab: imaging, fluid handling
- Packaging industry: sorting, palletizing
- Material handling actuator tasks
- Solar tracking actuator systems
- 자동차 build lines
- 항공우주 tools and tests
- Ergonomic furniture like desks and lifts
- AGV 그리고 conveyor systems linear motion
- Inspection automation, dispensing automation, 그리고 factory automation linear
Need a desk to go up and down. I use ergonomic desk actuator 그리고 리프팅 컬럼. Need a patient lift actuator. I build it. Need valve automation actuator. I do that too.
신뢰할 수 있는 데이터
I test. I measure. I share what you can expect.
Table: Typical Performance and Market Signals
| Topic | Data | 그것이 의미하는 바 |
|---|---|---|
| 시장 성장 | Linear motion systems may reach $10–12B by 2029 at 6–8% CAGR | Demand grows as more plants automate |
| Load capacity | From 50 N to 100,000 N+ | Scale from tiny to huge |
| 속도 범위 | Ball screw up to 1.5 m/s. Belt up to 15 m/s. Lead screw up to 0.8 m/s | Pick your drive to fit speed and stroke |
| 정도 | Ball screw ±0.01–0.05 mm. Belt ±0.05–0.2 mm | Ball screw gives finer stop points |
| 에너지 효율성 | Electric 80–90% vs pneumatic 10–30% vs hydraulic 50–70% | You can save power and cost |
| Life | Ball screw L10 often 20,000 km of travel | Long life with right load and lube |
Simple chart: Drive vs Speed
- Ball screw: |||||||||| (up to 1.5 m/s)
- Belt drive: |||||||||||||||||||||||||| (up to 15 m/s)
- Lead screw: |||||||| (up to 0.8 m/s)
Real Results
- Case 1. A pill line used belt driven track linear actuators. Output went up 25%. Errors went down 90%. Clean and safe.
- Case 2. A solar farm used heavy‑duty units with IP 등급. Power per day rose by 25%. Units ran from −20°C to +50°C.
- Case 3. An aircraft plant used a multi‑axis gantry ~와 함께 ball screw track actuators. Build time fell by 18%. 위치 정확도 hit ±0.02 mm.
What You Need. What I Do.
You need clear steps. You need a fit that works on day one.
- Load. I check 정적, 동적, 그리고 moment loads. I size the actuator load capacity.
- Speed. I set speed & acceleration to meet your motion profile.
- Stroke. I match your 스트로크 길이.
- Accuracy. I hit the accuracy & repeatability you ask for.
- Duty. I set the 듀티 사이클 가 필요합니다.
- Place. I pick IP rated linear actuators for outdoor or cleanroom linear actuator units for labs.
- Control. I link with your PLC, PC, or a stand‑alone 제어 장치. I add HMI if you want it.
- Cost. I weigh buy price vs life cost. I keep it lean.
- Space. I plan actuator mounting options 그리고 orientation.
I compare for you too. I show linear actuator vs pneumatic. I show linear actuator vs hydraulic. You pick the best linear motion technology for your job.
Quick Install and Care
- Align the track and base
- Torque the bolts to spec
- Set limit switch ends
- Home the 인코더
- Lube the 볼 나사 또는 linear bearings by schedule
- Check belts for wear
- Watch for heat or noise
- 사용 protective covers if dust or splash
If you need help I give you an actuator installation guide, actuator troubleshooting, and service tips.
The Road Ahead
- 산업 4.0 links with IoT for 예측 유지보수
- Smart control with better HMI 그리고 제어 장치 tools
- Miniaturization and higher 전력 밀도
- Sustainable design and lower power use
I build for now. I design for next.
왜 지미인가
- I am a 선도적인 공급업체 의 electric linear motion. I make 산업용 선형 액추에이터, heavy‑duty linear motion, 그리고 precision linear actuator Plano inclinado
- 빌드 custom linear actuator units as needed. I support linear actuator manufacturers 그리고 suppliers 전 세계.
- I know mechanical linear actuation 그리고 mechatronics linear systems. 지원 로봇 선형 운동, medical device actuator needs, packaging machinery actuator lines, material handling actuator tasks, solar tracking actuator fields, automotive assembly actuator tools, aerospace linear motion등 다양한 기능을 제공합니다.
- 나는 지지한다 actuator control system design. I deliver actuator encoder feedback 그리고 limit switch actuator safety. I can add 전위차계 if needed.
- I stock linear bearings system, profile rail linear guide, round rail linear guide, 그리고 carriage for linear actuator parts. I also supply end effector mounting kits, structural aluminum extrusions, 마운팅 브래킷, 전원 공급 장치, 스위치 및 리모컨, 그리고 액추에이터 컨트롤러.
If you want fast. I ship high speed linear actuator units. If you want quiet. I ship 조용한 선형 액추에이터. If you need 스테인리스 스틸 액추에이터 또는 방수 선형 액추에이터 for a washdown line I can do that too. I also support DIY projects & robotics linear actuators for teaching and labs. I speak to manufacturing industry, packaging industry, 의료기기, 항공우주, 자동차, solar tracking, agriculture, ergonomic furniture, patient lifts, valve actuation, 클린룸, 그리고 열악한 환경 teams each week.
Pick Your Path Now
- See my full line of track systems and get CAD at my page for precision track linear actuators: high‑precision track actuators for automation.
- Need closed‑loop power. See my 서보 모터 액추에이터: industrial servo motor linear actuators.
- Want fine stop points. See my 볼 스크류 액추에이터: high‑accuracy ball screw linear actuators.
- Planning a long‑stroke rail. See my 리니어 가이드 및 레일: profile and round linear guides and rails.
I guide you on actuator selection criteria. I supply actuator technical specifications 그리고 actuator dimensions. I help you set actuator speed control 그리고 actuator synchronisation for two or more axes. I share linear actuator design guide notes. I help with linear actuator pricing. I explain the linear actuator benefits, advantages, 그리고 drawbacks so you make the right call. I keep your linear actuator maintenance simple.
You can add 리모컨이 포함된 키트. You can pick 표준/인라인 액추에이터, light‑duty / miniature actuators, medium‑duty linear actuators, 또는 heavy‑duty linear actuators. You can pick 위치 피드백이 있는 액추에이터. You can use 전기 실린더 if you want a rod type. You can compare 유압 선형 액추에이터 그리고 pneumatic linear actuators with my team. You can set up reciprocating cycle actuators. You can deploy in 산업 자동화, RV 및 해양 자동화, 태양광 패널 추적, 그리고 스탠딩 데스크 및 인체공학 도 마찬가지입니다.
Quick Table: Choose the Right Drive
| 필요 | Best Drive | Why |
|---|---|---|
| Ultra precision | Ball screw | Tight accuracy and repeatability |
| Long stroke at speed | Belt drive | High speed and quiet |
| Hold without power | Lead screw | Self‑locking and simple |
| Clean room | Ball screw with seals | Low particle and protected |
| Dust or splash | Belt with covers and IP seals | Easy to shield |
Final Word
You want smooth linear motion. You want it safe. You want it now. I bring you track linear actuators that are 정밀한, 강한, 빠른, 그리고 효율적인. I back you with 경험 그리고 support. I build what you need to raise, lower, push, pull, or tilt at the touch of a button. Let’s move your world on a straight line.
참고문헌
- Bosch Rexroth. Linear Motion Technology Catalog. Accessed 2024.
- Thomson Industries. Ball Screw and Linear Guide Handbook. Accessed 2024.
- Parker Hannifin. Electromechanical Systems Design Guide. Accessed 2024.
- igus. DryLin Linear Guides Technical Data. Accessed 2024.
- Linak. Electric Linear Actuation in Industry. Accessed 2024.
