MP50 Ergonomic Mouse Pad with Wrist Rest

Description

MP50 ProtoArc Ergonomic Mouse Pad accessibility

8 Ergonomic
Slope

spa

Massage
Beads Design

fitness_center

Premium
Memory Foam

texture

High-quality
PU Leather

lock

Non-Slip
PU Base

track_changes

Precise
Mouse Tracking

Ergonomic 8 Slope & Comfort

This ergonomic mouse pad features an 8-degree tilt to provides stable support for your wrist and palm, effectively alleviating fatigue from prolonged use, while also helping to improve discomfort associated with Carpal Tunnel Syndrome (CTS). The massage bump design promote air circulation, preventing sweaty discomfort and keeping your wrist cool and dry all day

Learning curve: 1-2 weeks adaptation time for first-time use.

PU Surface with Non-Slip Base & Precise Tracking

Topped with a smooth PU leather surface for pixel-precise tracking, and backed by a non-slip rubber base for firm stability, this mousemat provides dual-layer assurance for seamless, controlled movement. The smooth surface ensures effortless mouse gliding and accurate cursor positioning, compatible with wireless, vertical, and gaming mice.

Perfect Size for All Users & Wide Applicability

Measuring 30×19.5x4cm (11.81×7.67×1.57in), it offers ample space for mouse movement and is suitable for both right and left-handed users. Ideal for gaming, office work, or home use. Warm tips: Since it takes a learning curve to get used to the shape when using our ergonomic mouse pad for the first time, it may cause inconvenience initially, but it will help reduce wrist pressure and pain from long-term mouse use. document.querySelectorAll(‘.carousel-container’).forEach(container => { const slides = container.querySelector(‘.carousel-slides’); const slideItems = container.querySelectorAll(‘.carousel-slide’); const prevBtn = container.querySelector(‘.carousel-prev’); const nextBtn = container.querySelector(‘.carousel-next’); const dotsContainer = container.querySelector(‘.carousel-dots’); const slideCount = slideItems.length; let currentIndex = 0; let isDragging = false; let startX = 0; let startTranslate = 0; let currentTranslate = 0; let autoPlayInterval; const generateDots = () => { dotsContainer.innerHTML = ”; slideItems.forEach((_, index) => { const dot = document.createElement(‘div’); dot.className = `carousel-dot ${index === 0 ? ‘active’ : ”}`; dot.addEventListener(‘click’, () => goToSlide(index)); dotsContainer.appendChild(dot); }); }; const getSlideWidth = () => slideItems[0].offsetWidth; const updateCarousel = () => { const slideWidth = getSlideWidth(); currentTranslate = -currentIndex * slideWidth; slides.style.transform = `translateX(${currentTranslate}px)`; container.querySelectorAll(‘.carousel-dot’).forEach((dot, i) => { dot.classList.toggle(‘active’, i === currentIndex); }); }; const goToSlide = (index) => {currentIndex = index; updateCarousel(); resetAutoPlay();}; const prevSlide = () => {currentIndex = (currentIndex -1 + slideCount) % slideCount; updateCarousel(); resetAutoPlay();}; const nextSlide = () => {currentIndex = (currentIndex +1) % slideCount; updateCarousel(); resetAutoPlay();}; const handleTouchStart = (e) => { isDragging = true; startX = e.touches[0].clientX; startTranslate = currentTranslate; slides.style.transition = ‘none’; resetAutoPlay(); }; const handleTouchMove = (e) => { if (!isDragging) return; const diffX = e.touches[0].clientX – startX; currentTranslate = (currentIndex===0&&diffX>0)||(currentIndex===slideCount-1&&diffX<0) ? startTranslate + diffX*0.3 : startTranslate + diffX; slides.style.transform = `translateX(${currentTranslate}px)`; }; const handleTouchEnd = (e) => { if (!isDragging) return; isDragging = false; slides.style.transition = ‘transform 0.3s ease-out’; const diffX = e.changedTouches[0].clientX – startX; const threshold = getSlideWidth() * 0.15; diffX>threshold ? prevSlide() : diffX<-threshold ? nextSlide() : updateCarousel(); }; const startAutoPlay = () => autoPlayInterval = setInterval(nextSlide,5000); const resetAutoPlay = () => {clearInterval(autoPlayInterval); startAutoPlay();}; window.addEventListener(‘resize’, updateCarousel); slideItems.forEach(s=>s.querySelector(‘img’).addEventListener(‘load’,updateCarousel)); prevBtn.addEventListener(‘click’, prevSlide); nextBtn.addEventListener(‘click’, nextSlide); container.addEventListener(‘touchstart’, handleTouchStart, {passive:true}); container.addEventListener(‘touchmove’, handleTouchMove, {passive:true}); container.addEventListener(‘touchend’, handleTouchEnd); container.addEventListener(‘mouseenter’,()=>clearInterval(autoPlayInterval)); container.addEventListener(‘mouseleave’, startAutoPlay); generateDots(); slideItems[0].querySelector(‘img’).complete ? updateCarousel() : slideItems[0].querySelector(‘img’).addEventListener(‘load’, updateCarousel); startAutoPlay();});